diff options
| author | Christian Lohmaier <lohmaier+LibreOffice@googlemail.com> | 2018-10-03 15:26:20 +0200 |
|---|---|---|
| committer | Christian Lohmaier <lohmaier+LibreOffice@googlemail.com> | 2018-10-03 15:37:48 +0200 |
| commit | 1972d9c3c26f6064e42870aeae397db7ea3423a6 (patch) | |
| tree | de364824cd08a182a223439982bed9daabf4d235 /source/nn/helpcontent2/source/text/scalc/01.po | |
| parent | 54cc0de67b3c948411cef3a0405c8992d80f34f3 (diff) | |
update translations for master
and force-fix errors using pocheck
Change-Id: I2a1fd1969ac1b5f197b1554050e2bb971149f25a
Diffstat (limited to 'source/nn/helpcontent2/source/text/scalc/01.po')
| -rw-r--r-- | source/nn/helpcontent2/source/text/scalc/01.po | 8242 |
1 files changed, 277 insertions, 7965 deletions
diff --git a/source/nn/helpcontent2/source/text/scalc/01.po b/source/nn/helpcontent2/source/text/scalc/01.po index 6d227afb48f..aa19165bb69 100644 --- a/source/nn/helpcontent2/source/text/scalc/01.po +++ b/source/nn/helpcontent2/source/text/scalc/01.po @@ -3,8 +3,8 @@ msgid "" msgstr "" "Project-Id-Version: PACKAGE VERSION\n" "Report-Msgid-Bugs-To: https://bugs.libreoffice.org/enter_bug.cgi?product=LibreOffice&bug_status=UNCONFIRMED&component=UI\n" -"POT-Creation-Date: 2018-07-02 00:14+0200\n" -"PO-Revision-Date: 2018-08-01 19:20+0000\n" +"POT-Creation-Date: 2018-10-02 17:57+0200\n" +"PO-Revision-Date: 2018-09-10 19:14+0000\n" "Last-Translator: Kolbjørn Stuestøl <kolbjoern@stuestoel.no>\n" "Language-Team: LANGUAGE <LL@li.org>\n" "Language: nn\n" @@ -13,8 +13,8 @@ msgstr "" "Content-Transfer-Encoding: 8bit\n" "Plural-Forms: nplurals=2; plural=(n != 1);\n" "X-Accelerator-Marker: ~\n" -"X-Generator: Pootle 2.8\n" -"X-POOTLE-MTIME: 1533151251.000000\n" +"X-Generator: LibreOffice\n" +"X-POOTLE-MTIME: 1536606894.000000\n" #: 01120000.xhp msgctxt "" @@ -3477,8 +3477,8 @@ msgctxt "" "04060000.xhp\n" "par_id3153417\n" "help.text" -msgid "<variable id=\"kategorienliste\"><ahelp hid=\"formula/ui/functionpage/category\">Lists all the categories to which the different functions are assigned. Select a category to view the appropriate functions in the list field below.</ahelp> Select \"All\" to view all functions in alphabetical order, irrespective of category. \"Last Used\" lists the functions you have most recently used. </variable>" -msgstr "<variable id=\"kategorienliste\"><ahelp hid=\"formula/ui/functionpage/category\">Viser alle dei kategoriane som dei ulike funksjonane er tildelte. Vel ein kategori for å visa dei tilsvarande funksjonane i listefeltet nedanfor.</ahelp> Vel «Alle» for å sjå alle funksjonane i alfabetisk rekkjefølgje uavhengig av kategori. «Sist brukt» viser dei funksjonane du brukte sist.</variable>" +msgid "<variable id=\"kategorienliste\"><ahelp hid=\"formula/ui/functionpage/category\">Lists all the categories to which the different functions are assigned. Select a category to view the appropriate functions in the list field below.</ahelp> Select \"All\" to view all functions in alphabetical order, irrespective of category. \"Last Used\" lists the functions you have most recently used.</variable>" +msgstr "" #: 04060000.xhp msgctxt "" @@ -4259,14 +4259,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DBANZAHL\">DTAL.PÅ tel kor mange rader (postar) i #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3156099\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3153218\n" "help.text" msgid "DCOUNT(Database; [DatabaseField]; SearchCriteria)" @@ -4283,14 +4275,6 @@ msgstr "Viss det ikkje er noko argument i Databasefelt, vil DTAL.PÅ returnere t #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3154743\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3153623\n" "help.text" msgid "In the example above (scroll up, please), we want to know how many children have to travel more than 600 meters to school. The result is to be stored in cell B16. Set the cursor in cell B16. Enter the formula <item type=\"input\">=DCOUNT(A1:E10;D1;A13:E14)</item> in B16. The <emph>Function Wizard</emph> helps you to input ranges." @@ -4339,14 +4323,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DBANZAHL2\">DTAL.PÅA tel kor mange rader (postar) #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3143228\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3146893\n" "help.text" msgid "DCOUNTA(Database; [DatabaseField]; SearchCriteria)" @@ -4363,14 +4339,6 @@ msgstr "Viss det ikkje er noko argument i Databasefelt, vil DTAL.PÅA returnere #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3149751\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3153982\n" "help.text" msgid "In the example above (scroll up, please), you can search for the number of children whose name starts with an E or a subsequent letter. Edit the formula in B16 to read <item type=\"input\">=DCOUNTA(A1:E10;\"Name\";A13:E14)</item>. Delete the old search criteria and enter <item type=\"input\">>=E</item> under Name in field A14. The result is 5. If you now delete all number values for Greta in row 8, the result changes to 4. Row 8 is no longer included in the count because it does not contain any values. The name Greta is text, not a value. Note that the DatabaseField parameter must point to a column that can contain values." @@ -4403,14 +4371,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DBAUSZUG\">DHENT returnerer innhaldet av dei refer #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3159344\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3154696\n" "help.text" msgid "DGET(Database; DatabaseField; SearchCriteria)" @@ -4419,14 +4379,6 @@ msgstr "DHENT(Database; Databasefelt; Søkjekriterium)" #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3153909\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3155388\n" "help.text" msgid "In the above example (scroll up, please), we want to determine what grade a child is in, whose name was entered in cell A14. The formula is entered in cell B16 and differs slightly from the earlier examples because only one column (one database field) can be entered for <emph>DatabaseField</emph>. Enter the following formula:" @@ -4499,14 +4451,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DBMAX\">DMAKS returnerer det høgste innhaldet i e #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3150771\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3159157\n" "help.text" msgid "DMAX(Database; DatabaseField; SearchCriteria)" @@ -4515,14 +4459,6 @@ msgstr "DMAKS(Database; Databasefelt; Søkjekriterium)" #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3145420\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3148442\n" "help.text" msgid "To find out how much the heaviest child in each grade weighed in the above example (scroll up, please), enter the following formula in B16:" @@ -4571,14 +4507,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DBMIN\">DMIN returnerer det minste innhaldet i ei #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3147238\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3148479\n" "help.text" msgid "DMIN(Database; DatabaseField; SearchCriteria)" @@ -4587,14 +4515,6 @@ msgstr "DMIN(Database; Databasefelt; Søkjekriterium)" #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3151050\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3148925\n" "help.text" msgid "To find the shortest distance to school for the children in each grade in the above example (scroll up, please), enter the following formula in B16:" @@ -4643,14 +4563,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DBMITTELWERT\">DGJENNOMSNITT returnerer gjennomsni #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3146955\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3150710\n" "help.text" msgid "DAVERAGE(Database; DatabaseField; SearchCriteria)" @@ -4659,14 +4571,6 @@ msgstr "DGJENNOMSNITT(Database; Databasefelt; Søkekriterium)" #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3152943\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3149104\n" "help.text" msgid "To find the average weight of all children of the same age in the above example (scroll up, please), enter the following formula in B16:" @@ -4715,14 +4619,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DBPRODUKT\">DPRODUKT multipliserer alle cellene i #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3149966\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3154854\n" "help.text" msgid "DPRODUCT(Database; DatabaseField; SearchCriteria)" @@ -4731,14 +4627,6 @@ msgstr "PRODUKT(Database; Databasefelt; Søkjekriterium)" #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3149802\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3148986\n" "help.text" msgid "With the birthday party example above (scroll up, please), there is no meaningful application of this function." @@ -4771,14 +4659,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DBSTDABW\">DSTDAV reknar ut standardavviket i ein #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3149427\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3148661\n" "help.text" msgid "DSTDEV(Database; DatabaseField; SearchCriteria)" @@ -4787,14 +4667,6 @@ msgstr "DSTDAV(Database; Databasefelt; Søkjekriterium)" #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3153945\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3149934\n" "help.text" msgid "To find the standard deviation of the weight for all children of the same age in the example (scroll up, please), enter the following formula in B16:" @@ -4843,14 +4715,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DBSTDABWN\">DSTAVP reknar ut standardavviket i ein #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3145307\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3149484\n" "help.text" msgid "DSTDEVP(Database; DatabaseField; SearchCriteria)" @@ -4859,14 +4723,6 @@ msgstr "DSTDAVP(Database; Databasefelt; Søkjekriterium)" #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3153322\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3155431\n" "help.text" msgid "To find the standard deviation of the weight for all children of the same age at Joe's birthday party (scroll up, please), enter the following formula in B16:" @@ -4915,14 +4771,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DBSUMME\">DSUMMER returnerer summen av alle cellen #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3146128\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3150989\n" "help.text" msgid "DSUM(Database; DatabaseField; SearchCriteria)" @@ -4931,14 +4779,6 @@ msgstr "DSUMMER(Database; Databasefelt; Søkjekriteria)" #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3159079\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3152766\n" "help.text" msgid "To find the length of the combined distance to school of all children at Joe's birthday party (scroll up, please) who are in second grade, enter the following formula in B16:" @@ -4987,14 +4827,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DBVARIANZ\">DVARIANS returnerer variansen av alle #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3154825\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3156138\n" "help.text" msgid "DVAR(Database; DatabaseField; SearchCriteria)" @@ -5003,14 +4835,6 @@ msgstr "DVARIANS(Database; Databasefelt; Søkjekriteria)" #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3151257\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3153701\n" "help.text" msgid "To find the variance of the weight of all children of the same age of the above example (scroll up, please), enter the following formula in B16:" @@ -5059,14 +4883,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DBVARIANZEN\">DVARIANSP returnerer variansen av ve #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3145774\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3153776\n" "help.text" msgid "DVARP(Database; DatabaseField; SearchCriteria)" @@ -5075,14 +4891,6 @@ msgstr "DVARIANSP(Database; Databasefelt; Søkjekriteria)" #: 04060101.xhp msgctxt "" "04060101.xhp\n" -"hd_id3151110\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060101.xhp -msgctxt "" -"04060101.xhp\n" "par_id3147099\n" "help.text" msgid "To find the variance of the weight for all children of the same age at Joe's birthday party (scroll up, please), enter the following formula in B16:" @@ -5275,6 +5083,14 @@ msgstr "Når datoar vert skrivne inn som ein del av ein formel, vert skråstreka #: 04060102.xhp msgctxt "" "04060102.xhp\n" +"par_id571535118151091\n" +"help.text" +msgid "Unambiguous conversion is possible for ISO 8601 dates and times in their extended formats with separators. If a <emph>#VALUE!</emph> error occurs, then unselect <emph>Generate #VALUE! error</emph> in <switchinline select=\"sys\"><caseinline select=\"MAC\"><emph>%PRODUCTNAME - Preferences</emph></caseinline><defaultinline><emph>Tools - Options</emph></defaultinline></switchinline> <emph>- %PRODUCTNAME Calc - Formula</emph>, button <emph>Details...</emph> in section \"Detailed Calculation Settings\", <emph>Conversion from text to number</emph> list box." +msgstr "Det er mogleg å laga eintydige omformingar for dato og klokkeslett i utvida format med skiljeteikn i ISO 8601. Viss feilen <emph>#VERDI!</emph> kjem opp, fjernar du avmerkinga for <emph>Lag #VERDI!-feil</emph> i <switchinline select=\"sys\"><caseinline select=\"MAC\"><emph>%PRODUCTNAME → Innstillingar</emph></caseinline><defaultinline><emph>Verktøy → Innstillingar</emph></defaultinline></switchinline> <emph>→ %PRODUCTNAME Calc → Formel</emph>, knappen <emph>Detaljar …</emph> i området «Detaljerte innstillingar for utrekning» i listeboksen <emph>Omform frå tekst til tal</emph>. " + +#: 04060102.xhp +msgctxt "" +"04060102.xhp\n" "par_idN1067A\n" "help.text" msgid "Functions" @@ -5339,14 +5155,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_AMORDEGRC\">Reknar ut avskrivinga for ein oppg #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3155855\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3147427\n" "help.text" msgid "AMORDEGRC(Cost; DatePurchased; FirstPeriod; Salvage; Period; Rate; Basis)" @@ -5427,14 +5235,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_AMORLINC\">Reknar ut avskrivinga for ein oppgj #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3150044\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3147363\n" "help.text" msgid "AMORLINC(Cost; DatePurchased; FirstPeriod; Salvage; Period; Rate; Basis)" @@ -5523,14 +5323,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_ACCRINT\">Reknar ut opptent rente for eit verd #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3152581\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3159092\n" "help.text" msgid "ACCRINT(Issue; FirstInterest; Settlement; Rate; Par; Frequency; Basis)" @@ -5587,14 +5379,6 @@ msgstr "<emph>Frekvens</emph> (nødvendig) er talet på rentebetalingar per år #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3148699\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3148599\n" "help.text" msgid "A security is issued on 2001-02-28. First interest is set for 2001-08-31. The settlement date is 2001-05-01. The Rate is 0.1 or 10% and Par is 1000 currency units. Interest is paid half-yearly (frequency is 2). The basis is the US method (0). How much interest has accrued?" @@ -5635,14 +5419,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_ACCRINTM\">Reknar ut opptent rente på eit ver #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3159097\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3147074\n" "help.text" msgid "ACCRINTM(Issue; Settlement; Rate; Par; Basis)" @@ -5683,14 +5459,6 @@ msgstr "<emph>Pålydande verdi</emph> (valfri) er den pålydande verdien av verd #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3155384\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3154541\n" "help.text" msgid "A security is issued on 2001-04-01. The maturity date is set for 2001-06-15. The Rate is 0.1 or 10% and Par is 1000 currency units. The basis of the daily/annual calculation is the daily balance (3). How much interest has accrued?" @@ -5731,14 +5499,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_RECEIVED\">Reknar ut kor mykje som er betalt f #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3149385\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3145362\n" "help.text" msgid "RECEIVED(\"Settlement\"; \"Maturity\"; Investment; Discount; Basis)" @@ -5779,14 +5539,6 @@ msgstr "<emph>Rabatt</emph> er rabatten i prosent då verdipapiret vart kjøpt." #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3154710\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3154735\n" "help.text" msgid "Settlement date: February 15 1999, maturity date: May 15 1999, investment sum: 1000 currency units, discount: 5.75 per cent, basis: Daily balance/360 = 2." @@ -5851,14 +5603,6 @@ msgstr "Skriv inn desse verdiane anten som tal, uttrykk eller referansar. Dersom #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3147407\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3150395\n" "help.text" msgid "PV(Rate; NPer; Pmt; FV; Type)" @@ -5907,14 +5651,6 @@ msgstr "<emph>Type</emph> (kan sløyfast) er når avdraga skal betalst. Type = 1 #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3150037\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3145225\n" "help.text" msgid "What is the present value of an investment, if 500 currency units are paid out monthly and the annual interest rate is 8%? The payment period is 48 months and 20,000 currency units are to remain at the end of the payment period." @@ -5971,14 +5707,6 @@ msgstr "Bruk denne funksjonen for å rekne ut avskrivingsdelen for ein periode i #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3149431\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3150483\n" "help.text" msgid "SYD(Cost; Salvage; Life; Period)" @@ -6019,14 +5747,6 @@ msgstr "<emph>Periode</emph> er perioden som avskrivinga skal reknast ut for." #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3148434\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3149688\n" "help.text" msgid "A video system initially costing 50,000 currency units is to be depreciated annually for the next 5 years. The salvage value is to be 10,000 currency units. You want to calculate depreciation for the first year." @@ -6483,14 +6203,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_DISC\">Reknar ut frådraget for eit verdipapir #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3153982\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3149756\n" "help.text" msgid "DISC(\"Settlement\"; \"Maturity\"; Price; Redemption; Basis)" @@ -6531,14 +6243,6 @@ msgstr "<emph>Gjenkjøp</emph> er gjenkjøpsverdien av verdipapiret per 100 valu #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3151174\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3155902\n" "help.text" msgid "A security is purchased on 2001-01-25; the maturity date is 2001-11-15. The price (purchase price) is 97, the redemption value is 100. Using daily balance calculation (basis 3) how high is the settlement (discount)?" @@ -6579,14 +6283,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_DURATION\">Reknar ut tidslengd for eit verdipa #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3153904\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3153373\n" "help.text" msgid "DURATION_ADD(\"Settlement\"; \"Maturity\"; Coupon; Yield; Frequency; Basis)" @@ -6635,14 +6331,6 @@ msgstr "<emph>Frekvens</emph> er talet på rentebetalingar per år (1, 2 eller 4 #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3146995\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3148834\n" "help.text" msgid "A security is purchased on 2001-01-01; the maturity date is 2006-01-01. The Coupon rate of interest is 8%. The yield is 9.0%. Interest is paid half-yearly (frequency is 2). Using daily balance interest calculation (basis 3) how long is the duration?" @@ -6691,14 +6379,6 @@ msgstr "Nominell rente vert rekna ut for ei rentebetaling ved slutten av utrekni #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3150510\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3148805\n" "help.text" msgid "EFFECTIVE(Nom; P)" @@ -6723,14 +6403,6 @@ msgstr "<emph>P</emph> er talet på rentebetalingar per år." #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3154223\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3144499\n" "help.text" msgid "If the annual nominal interest rate is 9.75% and four interest calculation periods are defined, what is the actual interest rate (effective rate)?" @@ -6771,14 +6443,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_EFFECT\">Reknar ut den årlege effektive renta #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3155364\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3155118\n" "help.text" msgid "EFFECT_ADD(NominalRate; NPerY)" @@ -6803,14 +6467,6 @@ msgstr "<emph>Periodar</emph> er talet på rentebetalingar per år." #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3149156\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3158426\n" "help.text" msgid "What is the effective annual rate of interest for a 5.25% nominal rate and quarterly payment." @@ -6859,14 +6515,6 @@ msgstr "Bruk denne forma for avskriving dersom du treng ein høgare start-avskri #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3156038\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3166452\n" "help.text" msgid "DDB(Cost; Salvage; Life; Period; Factor)" @@ -6915,14 +6563,6 @@ msgstr "<emph>Faktor</emph> (valfri) er den faktoren som avskrivinga minkar med. #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3159274\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3152882\n" "help.text" msgid "A computer system with an initial cost of 75,000 currency units is to be depreciated monthly over 5 years. The value at the end of the depreciation is to be 1 currency unit. The factor is 2." @@ -6971,14 +6611,6 @@ msgstr "Denne forma for avskriving vert brukt dersom du vil få ein høgare avsk #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3149807\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3153349\n" "help.text" msgid "DB(Cost; Salvage; Life; Period; Month)" @@ -7027,14 +6659,6 @@ msgstr "<emph>Månad</emph> (valfri) er kor mange månadar for det første året #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3151130\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3156147\n" "help.text" msgid "A computer system with an initial cost of 25,000 currency units is to be depreciated over a three year period. The salvage value is to be 1,000 currency units. One period is 30 days." @@ -7091,14 +6715,6 @@ msgstr "Viss betalinga skjer med ujamne intervall, bruk <link href=\"text/scalc/ #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3150599\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3155427\n" "help.text" msgid "IRR(Values; Guess)" @@ -7123,14 +6739,6 @@ msgstr "<emph>Gjett</emph> (valfri) er den estimerte verdien. Det vert brukt ein #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3151258\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3150630\n" "help.text" msgid "Under the assumption that cell contents are A1=<item type=\"input\">-10000</item>, A2=<item type=\"input\">3500</item>, A3=<item type=\"input\">7600</item> and A4=<item type=\"input\">1000</item>, the formula <item type=\"input\">=IRR(A1:A4)</item> gives a result of 11,33%." @@ -7171,14 +6779,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ISPMT\">Reknar ut rentesatsen for uendra avskrivin #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3154661\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3146070\n" "help.text" msgid "ISPMT(Rate; Period; TotalPeriods; Invest)" @@ -7219,14 +6819,6 @@ msgstr "<emph>Investering</emph> er storleiken på investeringa." #: 04060103.xhp msgctxt "" "04060103.xhp\n" -"hd_id3156162\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060103.xhp -msgctxt "" -"04060103.xhp\n" "par_id3149558\n" "help.text" msgid "For a credit amount of 120,000 currency units with a two-year term and monthly installments, at a yearly interest rate of 12% the level of interest after 1.5 years is required." @@ -7299,30 +6891,6 @@ msgstr "Dataa i denne tabellen tener som grunnlag for nokre av eksempla i funksj #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3146885\n" -"help.text" -msgid "C" -msgstr "C" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3149944\n" -"help.text" -msgid "D" -msgstr "D" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3150457\n" -"help.text" -msgid "<emph>2</emph>" -msgstr "<emph>2</emph>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3150024\n" "help.text" msgid "x <item type=\"input\">value</item>" @@ -7339,174 +6907,6 @@ msgstr "Y-<item type=\"input\">verdi</item>" #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3150480\n" -"help.text" -msgid "<emph>3</emph>" -msgstr "<emph>3</emph>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3148440\n" -"help.text" -msgid "<item type=\"input\">-5</item>" -msgstr "<item type=\"input\">-5</item>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3148888\n" -"help.text" -msgid "<item type=\"input\">-3</item>" -msgstr "<item type=\"input\">-3</item>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3153034\n" -"help.text" -msgid "<emph>4</emph>" -msgstr "<emph>4</emph>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3150139\n" -"help.text" -msgid "<item type=\"input\">-2</item>" -msgstr "<item type=\"input\">-2</item>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3149542\n" -"help.text" -msgid "<item type=\"input\">0</item>" -msgstr "<item type=\"input\">0</item>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3149188\n" -"help.text" -msgid "<emph>5</emph>" -msgstr "<emph>5</emph>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3153329\n" -"help.text" -msgid "<item type=\"input\">-1</item>" -msgstr "<item type=\"input\">-1</item>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3155257\n" -"help.text" -msgid "<item type=\"input\">1</item>" -msgstr "<item type=\"input\">1</item>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3145142\n" -"help.text" -msgid "<emph>6</emph>" -msgstr "<emph>6</emph>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3149956\n" -"help.text" -msgid "<item type=\"input\">0</item>" -msgstr "<item type=\"input\">0</item>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3145594\n" -"help.text" -msgid "<item type=\"input\">3</item>" -msgstr "<item type=\"input\">3</item>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3153113\n" -"help.text" -msgid "<emph>7</emph>" -msgstr "<emph>7</emph>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3148573\n" -"help.text" -msgid "<item type=\"input\">2</item>" -msgstr "<item type=\"input\">2</item>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3145166\n" -"help.text" -msgid "<item type=\"input\">4</item>" -msgstr "<item type=\"input\">4</item>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3157998\n" -"help.text" -msgid "<emph>8</emph>" -msgstr "<emph>8</emph>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3150018\n" -"help.text" -msgid "<item type=\"input\">4</item>" -msgstr "<item type=\"input\">4</item>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3150129\n" -"help.text" -msgid "<item type=\"input\">6</item>" -msgstr "<item type=\"input\">6</item>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3145245\n" -"help.text" -msgid "<emph>9</emph>" -msgstr "<emph>9</emph>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3148389\n" -"help.text" -msgid "<item type=\"input\">6</item>" -msgstr "<item type=\"input\">6</item>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id3156068\n" -"help.text" -msgid "<item type=\"input\">8</item>" -msgstr "<item type=\"input\">8</item>" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "bm_id3691824\n" "help.text" msgid "<bookmark_value>INFO function</bookmark_value>" @@ -7531,14 +6931,6 @@ msgstr "Returnerer spesifikk informasjon om det gjeldande arbeidsmiljøet. Funks #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id7693411\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3928952\n" "help.text" msgid "INFO(\"Type\")" @@ -7571,14 +6963,6 @@ msgstr "Returverdi" #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id9648731\n" -"help.text" -msgid "\"osversion\"" -msgstr "\"osversjon\"" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id908841\n" "help.text" msgid "Always \"Windows (32-bit) NT 5.01\", for compatibility reasons" @@ -7587,26 +6971,10 @@ msgstr "Alltid \"Windows (32-bit) NT 5.01\", av kompatibilitetsgrunnar" #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id8193914\n" -"help.text" -msgid "\"system\"" -msgstr "\"system\"" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id9841608\n" "help.text" -msgid "The type of the operating system. <br/>\"WNT\" for Microsoft Windows <br/>\"LINUX\" for Linux <br/>\"SOLARIS\" for Solaris" -msgstr "Type operativsystem. <br/>\"WNT\" for Microsoft Windows <br/>\"LINUX\" for Linux <br/>\"SOLARIS\" for Solaris" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" -"par_id2701803\n" -"help.text" -msgid "\"release\"" -msgstr "\"release\"" +msgid "The type of the operating system. <br/>\"WNT\" for Microsoft Windows <br/>\"LINUX\" for Linux <br/>\"MACOSX\" for macOS<br/>\"SOLARIS\" for Solaris" +msgstr "Type operativsystem. <br/>«WNT» for Microsoft Windows <br/>«LINUX» for Linux <br/>«MACOSX» for macOS<br/>«SOLARIS» for Solaris" #: 04060104.xhp msgctxt "" @@ -7619,14 +6987,6 @@ msgstr "Identifisering av produktversjonen, for eksempel \"300m25(Build:9876)\"" #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id9200109\n" -"help.text" -msgid "\"numfile\"" -msgstr "\"numfile\"" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id4186223\n" "help.text" msgid "Always 1, for compatibility reasons" @@ -7635,14 +6995,6 @@ msgstr "Alltid 1 av kompatibilitetsgrunnar" #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id5766472\n" -"help.text" -msgid "\"recalc\"" -msgstr "\"recalc\"" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id1491134\n" "help.text" msgid "Current formula recalculation mode, either \"Automatic\" or \"Manual\" (localized into %PRODUCTNAME language)" @@ -7659,14 +7011,6 @@ msgstr "Andre reknearkprogram godtar kanskje lokaliserte verdiar for parameteren #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id5459456\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3994567\n" "help.text" msgid "<item type=\"input\">=INFO(\"release\")</item> returns the product release number of the %PRODUCTNAME in use." @@ -7707,14 +7051,6 @@ msgstr "<ahelp hid=\"HID_FUNC_AKTUELL\">Denne funksjonen reknar ut resultatet ti #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3148880\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3150930\n" "help.text" msgid "CURRENT()" @@ -7723,14 +7059,6 @@ msgstr "GJELDANDE()" #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3145629\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id5919064\n" "help.text" msgid "<item type=\"input\">=1+2+CURRENT()</item>" @@ -7803,14 +7131,6 @@ msgstr "<ahelp hid=\"HID_FUNC_FORMEL\">Viser formelen i ei formelcelle som ein t #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3154954\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3147535\n" "help.text" msgid "FORMULA(Reference)" @@ -7835,14 +7155,6 @@ msgstr "Ein ugyldig referanse eller ein referanse til ei celle utan formel resul #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3152820\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3153179\n" "help.text" msgid "If cell A8 contains the formula <item type=\"input\">=SUM(1;2;3)</item> then" @@ -7883,14 +7195,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ISTBEZUG\">Testar om argumentet er ein referanse.< #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3147175\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3149821\n" "help.text" msgid "ISREF(Value)" @@ -7907,14 +7211,6 @@ msgstr "<emph>Verdi</emph> er verdien som skal testast for å fastslå om det er #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3083448\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3154317\n" "help.text" msgid "<item type=\"input\">=ISREF(C5)</item> returns the result TRUE because C5 is a valid reference." @@ -7979,14 +7275,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ISTFEHL\">Testar for feilvilkåra, med unntak av f #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3149450\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3156312\n" "help.text" msgid "ISERR(Value)" @@ -8003,14 +7291,6 @@ msgstr "<emph>Verdi</emph> er ein verdi eller eit uttrykk som vert testa for å #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3153212\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3153276\n" "help.text" msgid "<item type=\"input\">=ISERR(C8)</item> where cell C8 contains <item type=\"input\">=1/0</item> returns TRUE, because 1/0 is an error." @@ -8051,14 +7331,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ISTFEHLER\">Testar for feil, også feilverdien #I/ #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3147569\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3153155\n" "help.text" msgid "ISERROR(Value)" @@ -8075,14 +7347,6 @@ msgstr "<emph>Verdi</emph> er eller refererer til den verdien som kan testast. E #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3155994\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3150256\n" "help.text" msgid "<item type=\"input\">=ISERROR(C8)</item> where cell C8 contains <item type=\"input\">=1/0</item> returns TRUE, because 1/0 is an error." @@ -8123,14 +7387,6 @@ msgstr "<ahelp hid=\"HID_FUNC_IFERROR\">Returnerer celleverien dersom cella ikkj #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id31475691\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id31531551\n" "help.text" msgid "IFERROR(Value;Alternate_value)" @@ -8155,14 +7411,6 @@ msgstr "<emph>Alternativ_verdi</emph> er den verdien eller det uttrykket som ver #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id31559941\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id31502561\n" "help.text" msgid "<item type=\"input\">=IFERROR(C8;C9)</item> where cell C8 contains <item type=\"input\">=1/0</item> returns the value of C9, because 1/0 is an error." @@ -8203,14 +7451,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ISTFORMEL\">Returnerer SANN om ei celle er ei form #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3155100\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3143230\n" "help.text" msgid "ISFORMULA(Reference)" @@ -8227,14 +7467,6 @@ msgstr "<emph>Referanse</emph>er referansen til ei celle som skal testast om den #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3147491\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3159182\n" "help.text" msgid "<item type=\"input\">=ISFORMULA(C4)</item> returns FALSE if the cell C4 contains the number <item type=\"input\">5</item>." @@ -8267,14 +7499,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ISTGERADE\">Returnerer SANN viss verdien er eit pa #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3146928\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3151203\n" "help.text" msgid "ISEVEN(Value)" @@ -8299,14 +7523,6 @@ msgstr "Viss «Verdi» ikkje er eit heiltal, vert alle sifra etter desimalteikne #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3154136\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3163813\n" "help.text" msgid "<item type=\"input\">=ISEVEN(48)</item> returns TRUE" @@ -8371,14 +7587,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_ISEVEN\">Testar på partal. Returnerer 1 derso #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3152799\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3149202\n" "help.text" msgid "ISEVEN_ADD(Number)" @@ -8395,14 +7603,6 @@ msgstr "<emph>Tal</emph> er talet som skal kontrollerast." #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3150115\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3153904\n" "help.text" msgid "<item type=\"input\">=ISEVEN_ADD(5)</item> returns 0." @@ -8451,14 +7651,6 @@ msgstr "Dersom det oppstår ein feil, returnerer funksjonen tilbake SANN." #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3154931\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3148829\n" "help.text" msgid "ISNONTEXT(Value)" @@ -8475,14 +7667,6 @@ msgstr "<emph>Verdi</emph> er ein verdi eller eit uttrykk som skal testast for #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3150525\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3149906\n" "help.text" msgid "<item type=\"input\">=ISNONTEXT(D2)</item> returns FALSE if cell D2 contains the text <item type=\"input\">abcdef</item>." @@ -8523,14 +7707,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ISTLEER\">Returnerer SANN om referansen til ei cel #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3159162\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3158406\n" "help.text" msgid "ISBLANK(Value)" @@ -8547,14 +7723,6 @@ msgstr "<emph>Verdi</emph> er innhaldet som skal testast." #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3147508\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3147234\n" "help.text" msgid "<item type=\"input\">=ISBLANK(D2)</item> returns FALSE as a result." @@ -8595,14 +7763,6 @@ msgstr "Dersom det oppstår ein feil, vil funksjonen returnere USANN." #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3149162\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3148918\n" "help.text" msgid "ISLOGICAL(Value)" @@ -8619,14 +7779,6 @@ msgstr "Returnerer SANN dersom <emph>Verdi</emph> er ein logisk verdi (SANN elle #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3150709\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3166442\n" "help.text" msgid "<item type=\"input\">=ISLOGICAL(99)</item> returns FALSE, because 99 is a number, not a logical value." @@ -8675,14 +7827,6 @@ msgstr "Dersom det oppstår ein feil, vil funksjonen returnere USANN." #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3152947\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3153748\n" "help.text" msgid "ISNA(Value)" @@ -8699,14 +7843,6 @@ msgstr "<emph>Verdi</emph> er ein verdi eller eit uttrykk som skal kontrollerast #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3149964\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3154852\n" "help.text" msgid "<item type=\"input\">=ISNA(D3)</item> returns FALSE as a result." @@ -8739,14 +7875,6 @@ msgstr "<ahelp hid=\"HID_FUNC_IFNA\">Returnerer celleverdien dersom cella ikkje #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id31529471\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id31537481\n" "help.text" msgid "IFNA(Value;Alternate_value)" @@ -8771,14 +7899,6 @@ msgstr "<emph>Alternativ_verdi</emph> er den verdien eller det uttrykket som ver #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id31499641\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id31548521\n" "help.text" msgid "<item type=\"input\">=IFNA(D3;D4)</item> returns the value of D3 if D3 does not result in an #N/A error, or D4 if it does." @@ -8819,14 +7939,6 @@ msgstr "Dersom det oppstår ein feil, vil funksjonen returnere USANN." #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3154332\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3148649\n" "help.text" msgid "ISTEXT(Value)" @@ -8843,14 +7955,6 @@ msgstr "<emph>Verdi</emph> er ein verdi, eit tal, ein logisk verdi, eller ein fe #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3149239\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3144756\n" "help.text" msgid "<item type=\"input\">=ISTEXT(D9)</item> returns TRUE if cell D9 contains the text <item type=\"input\">abcdef</item>." @@ -8891,14 +7995,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ISTUNGERADE\">Returnerer SANN om verdien er eit od #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3151006\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3151375\n" "help.text" msgid "ISODD(value)" @@ -8923,14 +8019,6 @@ msgstr "Viss «Verdi» ikkje er eit heiltal, vert alle sifra etter desimalteikne #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3163723\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3155345\n" "help.text" msgid "<item type=\"input\">=ISODD(33)</item> returns TRUE" @@ -8987,14 +8075,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_ISODD\">Returnerer SANN (1) dersom talet ikkje #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3145601\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3149485\n" "help.text" msgid "ISODD_ADD(Number)" @@ -9011,14 +8091,6 @@ msgstr "<emph>Tal</emph> er talet som skal kontrollerast." #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3143274\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3154793\n" "help.text" msgid "<item type=\"input\">=ISODD_ADD(5)</item> returns 1." @@ -9051,14 +8123,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ISTZAHL\">Returnerer SANN om verdien refererer til #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3152769\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3150595\n" "help.text" msgid "ISNUMBER(Value)" @@ -9075,14 +8139,6 @@ msgstr "<emph>Verdi</emph> er uttrykket som skal testast for å finne ut om det #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3146793\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3155614\n" "help.text" msgid "<item type=\"input\">=ISNUMBER(C3)</item> returns TRUE if the cell C3 contains the number <item type=\"input\">4</item>." @@ -9131,14 +8187,6 @@ msgstr "Dersom der oppstår ein feil, returnerer funksjonen feilverdien." #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3145774\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3153883\n" "help.text" msgid "N(Value)" @@ -9155,14 +8203,6 @@ msgstr "<emph>Verdi</emph> er parameteren som skal konverterast til eit tal. N() #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3147097\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3154117\n" "help.text" msgid "<item type=\"input\">=N(123)</item> returns 123" @@ -9227,14 +8267,6 @@ msgstr "<ahelp hid=\"HID_FUNC_NV\">Returnerer feilverdien #I/T («ikkje tilgjeng #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3147532\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3149563\n" "help.text" msgid "NA()" @@ -9243,14 +8275,6 @@ msgstr "IT()" #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3155128\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3154481\n" "help.text" msgid "<item type=\"input\">=NA()</item> converts the contents of the cell into #N/A." @@ -9283,14 +8307,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TYP\">Returnerer verditypen, der 1 = tal, 2 = teks #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3149992\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3148400\n" "help.text" msgid "TYPE(Value)" @@ -9355,14 +8371,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ZELLE\">Returnerer informasjon om adresse, formate #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"hd_id3149323\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3147355\n" "help.text" msgid "CELL(\"InfoType\"; Reference)" @@ -9395,14 +8403,6 @@ msgstr "Tyding" #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3153266\n" -"help.text" -msgid "COL" -msgstr "COL" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3156204\n" "help.text" msgid "Returns the number of the referenced column." @@ -9419,14 +8419,6 @@ msgstr "<item type=\"input\">CELLE(\"COL\"; D2)</item> returnerer 4." #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3151276\n" -"help.text" -msgid "ROW" -msgstr "ROW" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3147583\n" "help.text" msgid "Returns the number of the referenced row." @@ -9443,14 +8435,6 @@ msgstr "<item type=\"input\">CELLE(\"ROW\"; D2)</item> returnerer 2." #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3159217\n" -"help.text" -msgid "SHEET" -msgstr "SHEET" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3151201\n" "help.text" msgid "Returns the number of the referenced sheet." @@ -9467,14 +8451,6 @@ msgstr "<item type=\"input\">CELLE(\"Sheet\"; Ark3.D2)</item> returnerer 3." #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3149431\n" -"help.text" -msgid "ADDRESS" -msgstr "ADDRESS" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3156054\n" "help.text" msgid "Returns the absolute address of the referenced cell." @@ -9507,14 +8483,6 @@ msgstr "<item type=\"input\">=CELLE(\"ADDRESS\";'X:\\dr\\test.ods'#$Ark1.D2)</it #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3146811\n" -"help.text" -msgid "FILENAME" -msgstr "FILENAME" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3151328\n" "help.text" msgid "Returns the file name and the sheet number of the referenced cell." @@ -9539,14 +8507,6 @@ msgstr "<item type=\"input\">=CELLE(\"ADDRESS\";'X:\\dr\\test.ods'#$Ark1.D2)</it #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3151381\n" -"help.text" -msgid "COORD" -msgstr "COORD" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3151004\n" "help.text" msgid "Returns the complete cell address in Lotus™ notation." @@ -9571,14 +8531,6 @@ msgstr "<item type=\"input\">CELLE(\"COORD\"; Ark3.D2)</item> returmnerer $C:$D$ #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3155910\n" -"help.text" -msgid "CONTENTS" -msgstr "CONTENTS" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3156041\n" "help.text" msgid "Returns the contents of the referenced cell, without any formatting." @@ -9587,14 +8539,6 @@ msgstr "Returnerer innhaldet av den refererte cella utan formatering." #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3151069\n" -"help.text" -msgid "TYPE" -msgstr "TYPE" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3155344\n" "help.text" msgid "Returns the type of cell contents." @@ -9627,14 +8571,6 @@ msgstr "v = Verdi. Verdi, resultat av ein formel som eit tal" #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3156348\n" -"help.text" -msgid "WIDTH" -msgstr "WIDTH" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3154920\n" "help.text" msgid "Returns the width of the referenced column. The unit is the number of zeros (0) that fit into the column in the default text and the default size." @@ -9643,14 +8579,6 @@ msgstr "Returnerer breidda av den refererte kolonnen. Eininga er talet på nulla #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3152355\n" -"help.text" -msgid "PREFIX" -msgstr "PREFIX" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3154230\n" "help.text" msgid "Returns the alignment of the referenced cell." @@ -9691,14 +8619,6 @@ msgstr "\\ = gjentakande (for tida inaktiv)" #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3154406\n" -"help.text" -msgid "PROTECT" -msgstr "PROTECT" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3145127\n" "help.text" msgid "Returns the status of the cell protection for the cell." @@ -9723,14 +8643,6 @@ msgstr "0 = cella er ikkje verna" #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3156178\n" -"help.text" -msgid "FORMAT" -msgstr "FORMAT" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3150220\n" "help.text" msgid "Returns a character string that indicates the number format." @@ -9883,14 +8795,6 @@ msgstr "() (parentesar) til sist = det er ein startparentes i formatkoden" #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3154594\n" -"help.text" -msgid "COLOR" -msgstr "COLOR" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3152922\n" "help.text" msgid "Returns 1, if negative values have been formatted in color, otherwise 0." @@ -9899,14 +8803,6 @@ msgstr "Returnerer 1 viss negative verdiar er formaterte med farge, elles 0." #: 04060104.xhp msgctxt "" "04060104.xhp\n" -"par_id3145563\n" -"help.text" -msgid "PARENTHESES" -msgstr "PARENTHESES" - -#: 04060104.xhp -msgctxt "" -"04060104.xhp\n" "par_id3156072\n" "help.text" msgid "Returns 1 if the format code contains an opening bracket (, otherwise 0." @@ -10035,14 +8931,6 @@ msgstr "Argumenta er anten logiske uttrykk i seg sjølv (SANN, 1<5, 2+3=7, B8<10 #: 04060105.xhp msgctxt "" "04060105.xhp\n" -"hd_id3150374\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060105.xhp -msgctxt "" -"04060105.xhp\n" "par_id3159123\n" "help.text" msgid "AND(LogicalValue1; LogicalValue2 ...LogicalValue30)" @@ -10059,14 +8947,6 @@ msgstr "<emph>LogiskVerdi1; LogiskVerdi2 ...LogiskVerdi30</emph> er vilkår som #: 04060105.xhp msgctxt "" "04060105.xhp\n" -"hd_id3149143\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060105.xhp -msgctxt "" -"04060105.xhp\n" "par_id3153123\n" "help.text" msgid "The logical values of entries 12<13; 14>12, and 7<6 are to be checked:" @@ -10115,14 +8995,6 @@ msgstr "<ahelp hid=\"HID_FUNC_FALSCH\">Returnerer den logiske verdien USANN.</ah #: 04060105.xhp msgctxt "" "04060105.xhp\n" -"hd_id3146939\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060105.xhp -msgctxt "" -"04060105.xhp\n" "par_id3150030\n" "help.text" msgid "FALSE()" @@ -10131,14 +9003,6 @@ msgstr "USANN()" #: 04060105.xhp msgctxt "" "04060105.xhp\n" -"hd_id3150697\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060105.xhp -msgctxt "" -"04060105.xhp\n" "par_id3154842\n" "help.text" msgid "<item type=\"input\">=FALSE()</item> returns FALSE" @@ -10179,14 +9043,6 @@ msgstr "<ahelp hid=\"HID_FUNC_WENN\">Gjev ein logisk test som skal utførast.</a #: 04060105.xhp msgctxt "" "04060105.xhp\n" -"hd_id3153325\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060105.xhp -msgctxt "" -"04060105.xhp\n" "par_id3154558\n" "help.text" msgid "IF(Test; ThenValue; OtherwiseValue)" @@ -10219,14 +9075,6 @@ msgstr "<emph>VerdiVissUsann</emph> (valfri)er den verdien som vert returnert vi #: 04060105.xhp msgctxt "" "04060105.xhp\n" -"hd_id3149507\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060105.xhp -msgctxt "" -"04060105.xhp\n" "par_id3150867\n" "help.text" msgid "<item type=\"input\">=IF(A1>5;100;\"too small\")</item> If the value in A1 is higher than 5, the value 100 is entered in the current cell; otherwise, the text “too small” (without quotes) is entered." @@ -10259,14 +9107,6 @@ msgstr "<ahelp hid=\"HID_FUNC_NICHT\">Inverterer den logiske verdien.</ahelp>" #: 04060105.xhp msgctxt "" "04060105.xhp\n" -"hd_id3147372\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060105.xhp -msgctxt "" -"04060105.xhp\n" "par_id3157996\n" "help.text" msgid "NOT(LogicalValue)" @@ -10283,14 +9123,6 @@ msgstr "<emph>LogiskVerdi</emph> er ein vilkårleg verdi som kan negerast." #: 04060105.xhp msgctxt "" "04060105.xhp\n" -"hd_id3149884\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060105.xhp -msgctxt "" -"04060105.xhp\n" "par_id3150132\n" "help.text" msgid "<item type=\"input\">=NOT(A)</item>. If A=TRUE then NOT(A) will evaluate FALSE." @@ -10331,14 +9163,6 @@ msgstr "Argumenta er anten logiske uttrykk i seg sjølv (SANN, 1<5, 2+3=7, B8<10 #: 04060105.xhp msgctxt "" "04060105.xhp\n" -"hd_id3155517\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060105.xhp -msgctxt "" -"04060105.xhp\n" "par_id3150468\n" "help.text" msgid "OR(LogicalValue1; LogicalValue2 ...LogicalValue30)" @@ -10355,14 +9179,6 @@ msgstr "<emph>LogiskVerdi1; LogiskVerdi2; ...LogiskVerdi30</emph> er vilkår som #: 04060105.xhp msgctxt "" "04060105.xhp\n" -"hd_id3153228\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060105.xhp -msgctxt "" -"04060105.xhp\n" "par_id3154870\n" "help.text" msgid "The logical values of entries 12<11; 13>22, and 45=45 are to be checked." @@ -10411,14 +9227,6 @@ msgstr "<ahelp hid=\"HID_FUNC_WAHR\">Den logiske verdien er sett til SANN.</ahel #: 04060105.xhp msgctxt "" "04060105.xhp\n" -"hd_id3153717\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060105.xhp -msgctxt "" -"04060105.xhp\n" "par_id3152590\n" "help.text" msgid "TRUE()" @@ -10427,14 +9235,6 @@ msgstr "SANN() (TRUE på engelsk)" #: 04060105.xhp msgctxt "" "04060105.xhp\n" -"hd_id3147175\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060105.xhp -msgctxt "" -"04060105.xhp\n" "par_id3146148\n" "help.text" msgid "If A=TRUE and B=FALSE the following examples appear:" @@ -10499,14 +9299,6 @@ msgstr "Argumenta er anten sjølv logiske uttrykk (SANN, 1<5, 2+3=7, B8<10) som #: 04060105.xhp msgctxt "" "04060105.xhp\n" -"hd_id3153718\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060105.xhp -msgctxt "" -"04060105.xhp\n" "par_id3150469\n" "help.text" msgid "XOR(LogicalValue1; LogicalValue2 ...LogicalValue30)" @@ -10515,14 +9307,6 @@ msgstr "ANTEN.ELLER(LogiskVerdi1; LogiskVerdi2; …LogiskVerdi30)" #: 04060105.xhp msgctxt "" "04060105.xhp\n" -"hd_id3147176\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060105.xhp -msgctxt "" -"04060105.xhp\n" "par_id3083286\n" "help.text" msgid "<item type=\"input\">=XOR(TRUE;TRUE)</item> returns FALSE" @@ -10603,14 +9387,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ABS\">Returnerer absoluttverdien av eit tal.</ahel #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3154843\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3147475\n" "help.text" msgid "ABS(Number)" @@ -10627,14 +9403,6 @@ msgstr "<emph>Tal</emph> er det talet som den absolutte verdien skal reknast ut #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3155823\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3152787\n" "help.text" msgid "<item type=\"input\">=ABS(-56)</item> returns 56." @@ -10683,14 +9451,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ARCCOS\">returnerer invers trigonometrisk cosinus #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3153565\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3150020\n" "help.text" msgid "ACOS(Number)" @@ -10715,14 +9475,6 @@ msgstr "For å returnere vinkelen i grader, bruk GRADER-funksjonen." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3149882\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3150128\n" "help.text" msgid "<item type=\"input\">=ACOS(-1)</item> returns 3.14159265358979 (PI radians)" @@ -10763,14 +9515,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ARCOSHYP\">Returnerer invers hyperbolsk cosinus ti #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3145295\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3151017\n" "help.text" msgid "ACOSH(Number)" @@ -10795,14 +9539,6 @@ msgstr "Talet må vera større enn eller lik 1." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3150566\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3145629\n" "help.text" msgid "<item type=\"input\">=ACOSH(1)</item> returns 0." @@ -10843,14 +9579,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ARCCOT\">Returnerer invers kotangens til eit gjeve #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3153225\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3158419\n" "help.text" msgid "ACOT(Number)" @@ -10875,14 +9603,6 @@ msgstr "For å returnere vinkelen i grader, bruk GRADER-funksjonen." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3147538\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3155375\n" "help.text" msgid "<item type=\"input\">=ACOT(1)</item> returns 0.785398163397448 (PI/4 radians)." @@ -10923,14 +9643,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ARCOTHYP\">Returnerer invers hyperbolsk kotangens #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3152585\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3147172\n" "help.text" msgid "ACOTH(Number)" @@ -10955,14 +9667,6 @@ msgstr "Dersom Tal er mellom -1 og 1 resulterer dette i ein feil." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3083452\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3150608\n" "help.text" msgid "<item type=\"input\">=ACOTH(1.1)</item> returns inverse hyperbolic cotangent of 1.1, approximately 1.52226." @@ -10995,14 +9699,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ARCSIN\">Returnerer invers trigonometrisk sinus ti #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3149716\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3156305\n" "help.text" msgid "ASIN(Number)" @@ -11027,14 +9723,6 @@ msgstr "For å returnere vinkelen i grader, bruk GRADER-funksjonen." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3149448\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3156100\n" "help.text" msgid "<item type=\"input\">=ASIN(0)</item> returns 0." @@ -11083,14 +9771,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ARSINHYP\">Returnerer invers hyperbolsk sinus til #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3150763\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3150882\n" "help.text" msgid "ASINH(Number)" @@ -11107,14 +9787,6 @@ msgstr "Denne funksjonen returnerer den inverse hyperbolske sinus av <emph>Tal</ #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3153212\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3156120\n" "help.text" msgid "<item type=\"input\">=ASINH(-90)</item> returns approximately -5.1929877." @@ -11155,14 +9827,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ARCTAN\">Returnerer invers trigonometrisk tangens #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3151294\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3150261\n" "help.text" msgid "ATAN(Number)" @@ -11187,14 +9851,6 @@ msgstr "For å returnere vinkelen i grader, bruk GRADER-funksjonen." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3154054\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3143229\n" "help.text" msgid "<item type=\"input\">=ATAN(1)</item> returns 0.785398163397448 (PI/4 radians)." @@ -11235,14 +9891,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ARCTAN2\">Returnerer den inverse trigonometriske t #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3149758\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3156013\n" "help.text" msgid "ATAN2(NumberX; NumberY)" @@ -11283,14 +9931,6 @@ msgstr "For å returnere vinkelen i grader, bruk GRADER-funksjonen." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3145663\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3154692\n" "help.text" msgid "<item type=\"input\">=ATAN2(20;20)</item> returns 0.785398163397448 (PI/4 radians)." @@ -11331,14 +9971,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ARTANHYP\">Returnerer invers hyperbolsk tangens av #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3146997\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3149912\n" "help.text" msgid "ATANH(Number)" @@ -11363,14 +9995,6 @@ msgstr "Tal må oppfyll vilkåra -1 < Tal < 1." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3148450\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3145419\n" "help.text" msgid "<item type=\"input\">=ATANH(0)</item> returns 0." @@ -11403,14 +10027,6 @@ msgstr "<ahelp hid=\"HID_FUNC_COS\">Returnerer cosinus av den gjevne vinkelen (i #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3150779\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3154213\n" "help.text" msgid "COS(Number)" @@ -11435,14 +10051,6 @@ msgstr "For å returnere sinusen av ein vinkel i grader kan du bruka funksjonen #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3153579\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3147241\n" "help.text" msgid "<item type=\"input\">=COS(PI()*2)</item> returns 1, the cosine of 2*PI radians." @@ -11483,14 +10091,6 @@ msgstr "<ahelp hid=\"HID_FUNC_COSHYP\">Returnerer hyperbolsk cosinus til eit tal #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3149792\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3166440\n" "help.text" msgid "COSH(Number)" @@ -11507,14 +10107,6 @@ msgstr "Returnerer den hyperbolske cosinus av <emph>Tal</emph>." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3153234\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3154099\n" "help.text" msgid "<item type=\"input\">=COSH(0)</item> returns 1, the hyperbolic cosine of 0." @@ -11547,14 +10139,6 @@ msgstr "<ahelp hid=\"HID_FUNC_COT\">Returnerer cotangens til den gjevne vinkelen #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3152943\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3154856\n" "help.text" msgid "COT(Number)" @@ -11635,14 +10219,6 @@ msgstr "<ahelp hid=\"HID_FUNC_COTHYP\">Returnerer invers hyperbolsk cotangens ti #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3149242\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3143280\n" "help.text" msgid "COTH(Number)" @@ -11659,14 +10235,6 @@ msgstr "Returnerer den hyperbolske cotangens av <emph>Tal</emph>." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3155422\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3144754\n" "help.text" msgid "<item type=\"input\">=COTH(1)</item> returns the hyperbolic cotangent of 1, approximately 1.3130." @@ -11699,14 +10267,6 @@ msgstr "<ahelp hid=\"HID_FUNC_COSECANT\">Returnerer cosekansen av ein gjeven vin #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3534032\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id4571344\n" "help.text" msgid "CSC(Number)" @@ -11731,14 +10291,6 @@ msgstr "For å returnera cosekanten av ein vinkel i grader kan du bruka funksjon #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id2577161\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3736803\n" "help.text" msgid "<item type=\"input\">=CSC(PI()/4)</item> returns approximately 1.4142135624, the inverse of the sine of PI/4 radians." @@ -11779,14 +10331,6 @@ msgstr "<ahelp hid=\"HID_FUNC_COSECANTHYP\">Returnerer hyperbolsk cosekant til e #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id5336768\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3108851\n" "help.text" msgid "CSCH(Number)" @@ -11803,14 +10347,6 @@ msgstr "Returnerer den hyperbolske cosinus av <emph>Tal</emph>." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id6037477\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id5426085\n" "help.text" msgid "<item type=\"input\">=CSCH(1)</item> returns approximately 0.8509181282, the hyperbolic cosecant of 1." @@ -11843,14 +10379,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DEG\">Gjer om radianar til grader.</ahelp>" #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3150623\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3145600\n" "help.text" msgid "DEGREES(Number)" @@ -11867,14 +10395,6 @@ msgstr "<emph>Tal</emph> er vinklen i radianar som skal konverterast til grader. #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3669545\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3459578\n" "help.text" msgid "<item type=\"input\">=DEGREES(PI())</item> returns 180 degrees." @@ -11907,14 +10427,6 @@ msgstr "<ahelp hid=\"HID_FUNC_EXP\">Returnerer e opphøgd til eit tal.</ahelp> V #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3150351\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3146786\n" "help.text" msgid "EXP(Number)" @@ -11931,14 +10443,6 @@ msgstr "<emph>Tal</emph> er potensen som e skal opphøgast til." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3154418\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3156340\n" "help.text" msgid "<item type=\"input\">=EXP(1)</item> returns 2.71828182845904, the mathematical constant e to Calc's accuracy." @@ -11971,14 +10475,6 @@ msgstr "<ahelp hid=\"HID_FUNC_FAKULTAET\">Returnerer fakulteten av eit tal.</ahe #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3146902\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3154661\n" "help.text" msgid "FACT(Number)" @@ -12011,14 +10507,6 @@ msgstr "Fakulteten av eit negativt tal returnerer feilen \"ugyldig argument\"." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3154569\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3154476\n" "help.text" msgid "<item type=\"input\">=FACT(3)</item> returns 6." @@ -12059,14 +10547,6 @@ msgstr "<ahelp hid=\"HID_FUNC_GANZZAHL\">Rundar av eit tal ned til næraste heil #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3146132\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3156146\n" "help.text" msgid "INT(Number)" @@ -12091,14 +10571,6 @@ msgstr "Negative tal vert runda ned til heiltalet under." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3155118\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3156267\n" "help.text" msgid "<item type=\"input\">=INT(5.7)</item> returns 5." @@ -12139,14 +10611,6 @@ msgstr "<ahelp hid=\"HID_FUNC_GERADE\">Runder eit positivt tal opp til næraste #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3148401\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3150830\n" "help.text" msgid "EVEN(Number)" @@ -12163,14 +10627,6 @@ msgstr "Returnerer <emph>Tal</emph> runda opp til det næraste partalet, bort fr #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3155508\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3154361\n" "help.text" msgid "<item type=\"input\">=EVEN(2.3)</item> returns 4." @@ -12235,14 +10691,6 @@ msgstr "Samnemnaren er det største positive heiltalet som går opp i kvart av d #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3150643\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3154524\n" "help.text" msgid "GCD(Integer1; Integer2; ...; Integer30)" @@ -12259,14 +10707,6 @@ msgstr "<emph>Heiltal_1 til 30</emph> er opp til 30 heiltal som det skal finnast #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3147317\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3151285\n" "help.text" msgid "<item type=\"input\">=GCD(16;32;24) </item>gives the result 8, because 8 is the largest number that can divide 16, 24 and 32 without a remainder." @@ -12307,14 +10747,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_GCD\">Returnerer den største felles divisoren #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3147548\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3156205\n" "help.text" msgid "GCD_EXCEL2003(Number(s))" @@ -12331,14 +10763,6 @@ msgstr "<emph>Tal</emph> er ei liste med opp til 30 tal." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3150239\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3159192\n" "help.text" msgid "<item type=\"input\">=GCD_EXCEL2003(5;15;25)</item> returns 5." @@ -12371,14 +10795,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KGV\">Returnerer minste felles multiplum til eitt #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3148632\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3147279\n" "help.text" msgid "LCM(Integer1; Integer2; ...; Integer30)" @@ -12395,14 +10811,6 @@ msgstr "<emph>Heiltal_1 til 30</emph> er opp til 30 heiltal som det skal finnast #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3156431\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3154914\n" "help.text" msgid "If you enter the numbers <item type=\"input\">512</item>;<item type=\"input\">1024</item> and <item type=\"input\">2000</item> in the Integer 1;2 and 3 text boxes, 128000 will be returned as the result." @@ -12435,14 +10843,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_LCM\">Returnerer minste felles multiplum for e #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3153132\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3154395\n" "help.text" msgid "LCM_EXCEL2003(Number(s))" @@ -12459,14 +10859,6 @@ msgstr "<emph>Tal</emph> er ei liste med opp til 30 tal." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3145122\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3145135\n" "help.text" msgid "<item type=\"input\">=LCM_EXCEL2003(5;15;25)</item> returns 75." @@ -12499,14 +10891,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KOMBINATIONEN\">Returnerer talet på kombinasjonar #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3156193\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3150223\n" "help.text" msgid "COMBIN(Count1; Count2)" @@ -12547,14 +10931,6 @@ msgstr "KOMBINASJON implementerer formelen: Tal1!/(Tal2!*(Tal1-Tal2)!)" #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3153171\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3153517\n" "help.text" msgid "<item type=\"input\">=COMBIN(3;2)</item> returns 3." @@ -12587,14 +10963,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KOMBINATIONEN2\">Returnerer talet på kombinasjona #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3145752\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3145765\n" "help.text" msgid "COMBINA(Count1; Count2)" @@ -12635,14 +11003,6 @@ msgstr "KOMBINASJONA implementerer formelen: (Tal1+Tal2-1)! / (Tal2! (Tal1-1)!)" #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3154584\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3152904\n" "help.text" msgid "<item type=\"input\">=COMBINA(3;2)</item> returns 6." @@ -12675,14 +11035,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KUERZEN\">Avkortar eit tal ved å fjerna desimalar #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3148499\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3148511\n" "help.text" msgid "TRUNC(Number; Count)" @@ -12715,14 +11067,6 @@ msgstr "Talet på <emph>synlege</emph> desimalar i resultatet vert vist i <switc #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3152555\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3152569\n" "help.text" msgid "<item type=\"input\">=TRUNC(1.239;2)</item> returns 1.23. The 9 is lost." @@ -12763,14 +11107,6 @@ msgstr "<ahelp hid=\"HID_FUNC_LN\">Returnerer den naturlege logaritmen til eit t #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3154993\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3155284\n" "help.text" msgid "LN(Number)" @@ -12787,14 +11123,6 @@ msgstr "<emph>Tal</emph> er den verdien som den naturlege logaritmen skal reknas #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3153852\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3153866\n" "help.text" msgid "<item type=\"input\">=LN(3)</item> returns the natural logarithm of 3 (approximately 1.0986)." @@ -12835,14 +11163,6 @@ msgstr "<ahelp hid=\"HID_FUNC_LOG\">Returnerer logaritmen av eit tal med eit opp #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3144719\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3144732\n" "help.text" msgid "LOG(Number; Base)" @@ -12867,14 +11187,6 @@ msgstr "<emph>Grunntal</emph> er grunntalet for logaritmen. Vis dette er sløyfa #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3152860\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3154429\n" "help.text" msgid "<item type=\"input\">=LOG(10;3)</item> returns the logarithm to base 3 of 10 (approximately 2.0959)." @@ -12915,14 +11227,6 @@ msgstr "<ahelp hid=\"HID_FUNC_LOG10\">Returnerer tiarlogaritmen til eit tal.</ah #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3155494\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3159294\n" "help.text" msgid "LOG10(Number)" @@ -12939,14 +11243,6 @@ msgstr "Returnerer titalslogaritmen av <emph>Tal</emph>." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3159328\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3157916\n" "help.text" msgid "<item type=\"input\">=LOG10(5)</item> returns the base-10 logarithm of 5 (approximately 0.69897)." @@ -12979,14 +11275,6 @@ msgstr "<ahelp hid=\"HID_FUNC_OBERGRENZE\">Rundar eit tal opp til det næraste m #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3153440\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3153454\n" "help.text" msgid "CEILING(Number; Significance; Mode)" @@ -13027,14 +11315,6 @@ msgstr "Viss reknearket vert eksportert til Microsoft Excel, vert funksjonen AVR #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3145697\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3145710\n" "help.text" msgid "<item type=\"input\">=CEILING(-11;-2)</item> returns -10" @@ -13083,14 +11363,6 @@ msgstr "<ahelp hid=\"HID_FUNC_CEIL_MS\">Rundar av eit tal opp til næraste multi #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id2953440\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id2953454\n" "help.text" msgid "CEILING.PRECISE(Number; Significance)" @@ -13115,14 +11387,6 @@ msgstr "<emph>Signifikans</emph>: (Valfri). Verdien skal rundast opp til eit mul #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id2945697\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id2945710\n" "help.text" msgid "<item type=\"input\">=CEILING.PRECISE(-11;-2)</item> returns -10" @@ -13155,14 +11419,6 @@ msgstr "<ahelp hid=\"HID_FUNC_CEIL_MATH\">Rundar eit tal opp til det næraste mu #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id971516997377435\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id841516997669932\n" "help.text" msgid "CEILING.MATH(Number; Significance; Mode)" @@ -13203,14 +11459,6 @@ msgstr "Denne funksjonen er sett inn for å vera interoperabel med Microsoft Exc #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id561516997761868\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id111516997803684\n" "help.text" msgid "<item type=\"input\">=CEILING.MATH(-10;-3)</item> returns -9" @@ -13259,14 +11507,6 @@ msgstr "<ahelp hid=\"HID_FUNC_CEIL_MS\">Runder eit tal bort frå null til det n #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id361516998851918\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id251516998856873\n" "help.text" msgid "CEILING.XCL(Number; Significance)" @@ -13299,14 +11539,6 @@ msgstr "Denne funksjonen er sett inn for å kunna spela saman med Microsoft Exce #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id81516998896303\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id91516998917254\n" "help.text" msgid "<item type=\"input\">=CEILING.XCL(1;3)</item> returns 3" @@ -13355,14 +11587,6 @@ msgstr "<ahelp hid=\"HID_FUNC_CEIL_ISO\">Rundar av eit tal opp til det næraste #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id8953440\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id8953454\n" "help.text" msgid "ISO.CEILING(Number; Significance)" @@ -13387,14 +11611,6 @@ msgstr "<emph>Signifikans</emph>: (Valfri). Verdien skal rundast opp til eit mul #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id8945697\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id8945710\n" "help.text" msgid "<item type=\"input\">=ISO.CEILING(-11;-2)</item> returns -10" @@ -13427,14 +11643,6 @@ msgstr "<ahelp hid=\"HID_FUNC_PI\">Returnerer 3,14159265358979 som er verdien av #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3157809\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3157822\n" "help.text" msgid "PI()" @@ -13443,14 +11651,6 @@ msgstr "PI()" #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3157836\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3152370\n" "help.text" msgid "<item type=\"input\">=PI()</item> returns 3.14159265358979." @@ -13483,14 +11683,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_MULTINOMIAL\">Returnerer fakultetet av summen #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3155646\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3155660\n" "help.text" msgid "MULTINOMIAL(Number(s))" @@ -13507,14 +11699,6 @@ msgstr "<emph>Tal</emph> er ei liste med opp til 30 tal." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3155687\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3155701\n" "help.text" msgid "<item type=\"input\">=MULTINOMIAL(F11:H11)</item> returns 1260, if F11 to H11 contain the values <item type=\"input\">2</item>, <item type=\"input\">3</item> and <item type=\"input\">4</item>. This corresponds to the formula =(2+3+4)! / (2!*3!*4!)" @@ -13547,14 +11731,6 @@ msgstr "<ahelp hid=\"HID_FUNC_POTENZ\">Returnerer eit tal opphøgd til eit anna #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3159513\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3159526\n" "help.text" msgid "POWER(Base; Exponent)" @@ -13587,14 +11763,6 @@ msgstr "<item type=\"literal\">Grunntal^Eksponent</item>" #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3159580\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3159594\n" "help.text" msgid "<item type=\"input\">=POWER(4;3)</item> returns 64, which is 4 to the power of 3." @@ -13643,14 +11811,6 @@ msgstr "SUMMER.REKKJE(X;N;m;Koeffisienter) = koeffisient_1*X^N + koeffisient_2*X #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3152724\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_idN11BD9\n" "help.text" msgid "SERIESSUM(X; N; M; Coefficients)" @@ -13715,14 +11875,6 @@ msgstr "<ahelp hid=\"HID_FUNC_PRODUKT\">Multipliserer alle tala gjevne som argum #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3144433\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3144446\n" "help.text" msgid "PRODUCT(Number1; Number2; ...; Number30)" @@ -13747,14 +11899,6 @@ msgstr "PRODUKT returnerer Tal1 * Tal2 * Tal3 * ..." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3144480\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3144494\n" "help.text" msgid "<item type=\"input\">=PRODUCT(2;3;4)</item> returns 24." @@ -13787,14 +11931,6 @@ msgstr "<ahelp hid=\"HID_FUNC_QUADRATESUMME\">Viss du vil rekna ut summen av kva #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3160388\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3160402\n" "help.text" msgid "SUMSQ(Number1; Number2; ...; Number30)" @@ -13811,14 +11947,6 @@ msgstr "<emph>Tal_1 til 30</emph> er opp til 30 argument som kvadratsummen skal #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3160436\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3160449\n" "help.text" msgid "If you enter the numbers <item type=\"input\">2</item>; <item type=\"input\">3</item> and <item type=\"input\">4</item> in the Number 1; 2 and 3 text boxes, 29 is returned as the result." @@ -13851,14 +11979,6 @@ msgstr "<ahelp hid=\"HID_FUNC_REST\">Returnerer resten ved divisjon av eit heilt #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3158294\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3158308\n" "help.text" msgid "MOD(Dividend; Divisor)" @@ -13883,14 +12003,6 @@ msgstr "Denne funksjonen er implementert som <item type=\"literal\">Teljar - Nem #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3158361\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3158374\n" "help.text" msgid "<item type=\"input\">=MOD(22;3)</item> returns 1, the remainder when 22 is divided by 3." @@ -13931,14 +12043,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_QUOTIENT\">Returnerer heiltalsresultatet av ei #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3144646\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3144659\n" "help.text" msgid "QUOTIENT(Numerator; Denominator)" @@ -13963,14 +12067,6 @@ msgstr "KVOTIENT tilsvarar <item type=\"literal\">HEILTAT(teljar/nemnar)</item> #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3144674\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3144687\n" "help.text" msgid "<item type=\"input\">=QUOTIENT(11;3)</item> returns 3. The remainder of 2 is lost." @@ -14003,14 +12099,6 @@ msgstr "<ahelp hid=\"HID_FUNC_RAD\">Gjer om grader til radianar.</ahelp>" #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3158042\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3158055\n" "help.text" msgid "RADIANS(Number)" @@ -14027,14 +12115,6 @@ msgstr "<emph>Tal</emph> er vinklen i grader som skal konverterast til radianar. #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id876186\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3939634\n" "help.text" msgid "<item type=\"input\">=RADIANS(90)</item> returns 1.5707963267949, which is PI/2 to Calc's accuracy." @@ -14067,14 +12147,6 @@ msgstr "<ahelp hid=\"HID_FUNC_RUNDEN\">Rundar av eit tal til eit oppgjeve tal p #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3158169\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3158182\n" "help.text" msgid "ROUND(Number; Count)" @@ -14099,14 +12171,6 @@ msgstr "Denne funksjonen runda av til det næraste talet. Sjå AVRUND.NED og AVR #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3145863\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3145876\n" "help.text" msgid "<item type=\"input\">=ROUND(2.348;2)</item> returns 2.35" @@ -14171,14 +12235,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ABRUNDEN\">Avrundar eit tal nedover mot null med e #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3146037\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3146051\n" "help.text" msgid "ROUNDDOWN(Number; Count)" @@ -14203,14 +12259,6 @@ msgstr "Denne funksjonen avrunder mot null. Sjå AVRUND.OPP og AVRUND for andre #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3163164\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3163178\n" "help.text" msgid "<item type=\"input\">=ROUNDDOWN(1.234;2)</item> returns 1.23." @@ -14267,14 +12315,6 @@ msgstr "<ahelp hid=\"HID_FUNC_AUFRUNDEN\">Rundar eit tal opp, dvs. bort frå nul #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3163315\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3163328\n" "help.text" msgid "ROUNDUP(Number; Count)" @@ -14299,14 +12339,6 @@ msgstr "Denne funksjonen rundar bort frå null. Sjå AVRUND.NED og AVRUND for a #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3163381\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3144786\n" "help.text" msgid "<item type=\"input\">=ROUNDUP(1.1111;2)</item> returns 1.12." @@ -14371,14 +12403,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SECANT\">Returnerer sekanten av ein gjeven vinkel #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id422243\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id2055913\n" "help.text" msgid "SEC(Number)" @@ -14403,14 +12427,6 @@ msgstr "For å returnere sinusen av ein vinkel i grader, kan du bruka funksjonen #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id9878918\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id6935513\n" "help.text" msgid "<item type=\"input\">=SEC(PI()/4)</item> returns approximately 1.4142135624, the inverse of the cosine of PI/4 radians." @@ -14451,14 +12467,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SECANTHYP\">Returnerer hyperbolsk sekans til eit t #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id875988\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id4985391\n" "help.text" msgid "SECH(Number)" @@ -14475,14 +12483,6 @@ msgstr "Returnerer den hyperbolske sekans av <emph>Tal</emph>." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id9838764\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id1187764\n" "help.text" msgid "<item type=\"input\">=SECH(0)</item> returns 1, the hyperbolic secant of 0." @@ -14515,14 +12515,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SIN\">Returnerer sinus av den gjevne vinkelen (i r #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3144923\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3144937\n" "help.text" msgid "SIN(Number)" @@ -14547,14 +12539,6 @@ msgstr "For å returnere sinusen av ein vinkel i grader kan du bruka funksjonen #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3144969\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3144983\n" "help.text" msgid "<item type=\"input\">=SIN(PI()/2)</item> returns 1, the sine of PI/2 radians." @@ -14595,14 +12579,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SINHYP\">Returnerer hyperbolsk sinus til eit tal.< #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3163444\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3163457\n" "help.text" msgid "SINH(Number)" @@ -14619,14 +12595,6 @@ msgstr "Returnerer den hyperbolske sinus av <emph>Tal</emph>." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3163491\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3163504\n" "help.text" msgid "<item type=\"input\">=SINH(0)</item> returns 0, the hyperbolic sine of 0." @@ -14659,14 +12627,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SUMME\">Legg saman alle tala i eit celleområde.</ #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3163643\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3163656\n" "help.text" msgid "SUM(Number1; Number2; ...; Number30)" @@ -14683,14 +12643,6 @@ msgstr "<emph>Tal 1 til 30</emph> er opp til 30 argument som skal leggjast saman #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3163690\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3163704\n" "help.text" msgid "If you enter the numbers <item type=\"input\">2</item>; <item type=\"input\">3 </item>and <item type=\"input\">4</item> in the Number 1; 2 and 3 text boxes, 9 will be returned as the result." @@ -14787,14 +12739,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SUMMEWENN\">Legg til cellene som svarer til eit vi #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3152015\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3152028\n" "help.text" msgid "SUMIF(Range; Criteria; SumRange)" @@ -14835,14 +12779,6 @@ msgstr "SUMMER.VISS støttar berre referansesamantrekkingoperatøren (~) i Krite #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3152110\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3152148\n" "help.text" msgid "To sum up only negative numbers: <item type=\"input\">=SUMIF(A1:A10;\"<0\")</item>" @@ -14891,14 +12827,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TAN\">Returnerer tangens av den gjevne vinkelen (i #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3152242\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3152255\n" "help.text" msgid "TAN(Number)" @@ -14923,14 +12851,6 @@ msgstr "For å returnere tangens av ein vinkel i grader kan du bruka funksjonen #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3152287\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3152301\n" "help.text" msgid "<item type=\"input\">=TAN(PI()/4) </item>returns 1, the tangent of PI/4 radians." @@ -14971,14 +12891,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TANHYP\">Returnerer hyperbolsk tangens til eit tal #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3165480\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3165494\n" "help.text" msgid "TANH(Number)" @@ -14995,14 +12907,6 @@ msgstr "Returnerer den hyperbolske tangens av <emph>Tal</emph>." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3165527\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3165541\n" "help.text" msgid "<item type=\"input\">=TANH(0)</item> returns 0, the hyperbolic tangent of 0." @@ -15035,14 +12939,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TEILERGEBNIS\">Rekn ut delsummar.</ahelp> Dersom e #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3165704\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3165717\n" "help.text" msgid "SUBTOTAL(Function; Range)" @@ -15203,14 +13099,6 @@ msgstr "<emph>Område</emph> er området med dei inkluderte cellene." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3143625\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3143638\n" "help.text" msgid "You have a table in the cell range A1:B6 containing a bill of material for 10 students. Row 2 (Pen) is manually hidden. You want to see the sum of the figures that are displayed; that is, just the subtotal for the filtered rows. In this case the correct formula would be:" @@ -15315,14 +13203,6 @@ msgstr "<ahelp hid=\"HID_FUNC_UMRECHNEN\">Gjer om eldre europeiske, nasjonale va #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"par_id3143731\n" -"help.text" -msgid "<emph>Syntax</emph>" -msgstr "<emph>Syntaks</emph>" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3143748\n" "help.text" msgid "EUROCONVERT(Value; \"From_currency\"; \"To_currency\", full_precision, triangulation_precision)" @@ -15419,14 +13299,6 @@ msgstr "Lista med konverteringsfaktorane inneheld også tidlegare europeiske val #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id0908200902131071\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id0908200902131191\n" "help.text" msgid "CONVERT_OOO(value;\"text\";\"text\")" @@ -15435,14 +13307,6 @@ msgstr "KONVERTER_OOO(verdi;\"tekst\";\"tekst\")" #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id0908200902131152\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id090820090213112\n" "help.text" msgid "<item type=\"input\">=CONVERT_OOO(100;\"ATS\";\"EUR\")</item> returns the Euro value of 100 Austrian Schillings." @@ -15483,14 +13347,6 @@ msgstr "<ahelp hid=\"HID_FUNC_UNGERADE\">Runder eit positivt tal opp til nærast #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3157223\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3157237\n" "help.text" msgid "ODD(Number)" @@ -15507,14 +13363,6 @@ msgstr "Returnerer <emph>Tal</emph> runda opp til neste heile oddetal, bort frå #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3157270\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3157283\n" "help.text" msgid "<item type=\"input\">=ODD(1.2)</item> returns 3." @@ -15571,14 +13419,6 @@ msgstr "<ahelp hid=\"HID_FUNC_FLOOR_MS\">Avrundar eit tal ned til næraste multi #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id2957451\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id2957464\n" "help.text" msgid "FLOOR.PRECISE(Number; Significance)" @@ -15603,14 +13443,6 @@ msgstr "<emph>Signifikans</emph> er verdien som multippelen av talet skal rundas #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id2963932\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id2963945\n" "help.text" msgid "<item type=\"input\">=FLOOR.PRECISE( -11;-2)</item> returns -12" @@ -15643,14 +13475,6 @@ msgstr "<ahelp hid=\"HID_FUNC_UNTERGRENZE\">Runder eit tal ned til næraste mult #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3157451\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3157464\n" "help.text" msgid "FLOOR(Number; Significance; Mode)" @@ -15691,14 +13515,6 @@ msgstr "Viss reknearket vert eksportert til Microsoft Excel, vert funksjonen AVR #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3163932\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3163945\n" "help.text" msgid "<item type=\"input\">=FLOOR( -11;-2)</item> returns -12" @@ -15747,14 +13563,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VORZEICHEN\">Returnerer forteiknet av eit tal. Ret #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3164136\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3164150\n" "help.text" msgid "SIGN(Number)" @@ -15771,14 +13579,6 @@ msgstr "<emph>Tal</emph> er talet som forteiknet skal finnast for." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3164183\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3164197\n" "help.text" msgid "<item type=\"input\">=SIGN(3.4)</item> returns 1." @@ -15819,14 +13619,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_MROUND\">Returnerer eit tal avrunda til det n #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3164306\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3164320\n" "help.text" msgid "MROUND(Number; Multiple)" @@ -15851,14 +13643,6 @@ msgstr "Ei alternativ implementering ville vore <item type=\"literal\">Multiplum #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3164333\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3164347\n" "help.text" msgid "<item type=\"input\">=MROUND(15.5;3)</item> returns 15, as 15.5 is closer to 15 (= 3*5) than to 18 (= 3*6)." @@ -15899,14 +13683,6 @@ msgstr "<ahelp hid=\"HID_FUNC_WURZEL\">Returnerer den positive kvadratrota av ei #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3164424\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3164437\n" "help.text" msgid "SQRT(Number)" @@ -15931,14 +13707,6 @@ msgstr "Tal må vera positivt." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3164471\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3164484\n" "help.text" msgid "<item type=\"input\">=SQRT(16)</item> returns 4." @@ -15979,14 +13747,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_SQRTPI\">Returnerer kvadratrota av (pi gongar #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3164614\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3164627\n" "help.text" msgid "SQRTPI(Number)" @@ -16011,14 +13771,6 @@ msgstr "Dette er det same som <item type=\"literal\">KVROT(PI()*Tal)</item>." #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3164641\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3164654\n" "help.text" msgid "<item type=\"input\">=SQRTPI(2)</item> returns the squareroot of (2PI), approximately 2.506628." @@ -16051,14 +13803,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_RANDBETWEEN\">Returnerer eit tilfeldig heiltal #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3164745\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3164758\n" "help.text" msgid "RANDBETWEEN(Bottom; Top)" @@ -16091,14 +13835,6 @@ msgstr "For å lage tilfeldige tal som aldri vert rekna ut på nytt, kopier cell #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3164772\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3164785\n" "help.text" msgid "<item type=\"input\">=RANDBETWEEN(20;30)</item> returns an integer of between 20 and 30." @@ -16131,14 +13867,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ZUFALLSZAHL\">Returnerer eit tilfeldig tal mellom #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id3164870\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id3164884\n" "help.text" msgid "RAND()" @@ -16163,14 +13891,6 @@ msgstr "For å laga tilfeldige tal som aldri vert rekna ut på nytt, kan du kopi #: 04060106.xhp msgctxt "" "04060106.xhp\n" -"hd_id9089022\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060106.xhp -msgctxt "" -"04060106.xhp\n" "par_id9569078\n" "help.text" msgid "<item type=\"input\">=RAND()</item> returns a random number between 0 and 1." @@ -17091,14 +14811,6 @@ msgstr "<ahelp hid=\"HID_FUNC_EINHEITSMATRIX\">Returnerer einskapsmatrisa av ein #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3155123\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3156271\n" "help.text" msgid "MUNIT(Dimensions)" @@ -17123,14 +14835,6 @@ msgstr "Du kan finne ein generell introduksjon til matrisefunksjonar øvst på d #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3156162\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3150949\n" "help.text" msgid "Select a square range within the spreadsheet, for example, from A1 to E5." @@ -17149,8 +14853,8 @@ msgctxt "" "04060107.xhp\n" "par_id3150403\n" "help.text" -msgid "You can also enter the <item type=\"input\">=Munit(5)</item> formula in the last cell of the selected range (E5), and press <switchinline select=\"sys\"><caseinline select=\"MAC\">Shift+Command+Enter</caseinline><defaultinline>Shift+Ctrl+Enter</defaultinline></switchinline>." -msgstr "Du kan også skrive inn formelen <item type=\"input\">=MEINING(5)</item> i den siste cella i det valde området (E5) og trykkja på <switchinline select=\"sys\"><caseinline select=\"MAC\">«Shift + Cmd + Enter»</caseinline><defaultinline>«Shift + Ctrl + Enter»</defaultinline></switchinline>." +msgid "You can also enter the <item type=\"input\">=Munit(5)</item> formula in the last cell of the selected range (E5), and press <switchinline select=\"sys\"><caseinline select=\"MAC\"><item type=\"keycode\">Shift+Command+Enter</item> </caseinline><defaultinline><item type=\"keycode\">Shift+Ctrl+Enter</item></defaultinline></switchinline>." +msgstr "" #: 04060107.xhp msgctxt "" @@ -17187,14 +14891,6 @@ msgstr "<ahelp hid=\"HID_FUNC_HAEUFIGKEIT\">Indikerer frekvensfordelinga i ei en #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3153347\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3155498\n" "help.text" msgid "FREQUENCY(Data; Classes)" @@ -17227,14 +14923,6 @@ msgstr "Du kan finne ein generell introduksjon til matrisefunksjonar øvst på d #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3148981\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3155904\n" "help.text" msgid "In the following table, column A lists unsorted measurement values. Column B contains the upper limit you entered for the classes into which you want to divide the data in column A. According to the limit entered in B1, the FREQUENCY function returns the number of measured values less than or equal to 5. As the limit in B2 is 10, the FREQUENCY function returns the second result as the number of measured values that are greater than 5 and less than or equal to 10. The text you entered in B6, \">25\", is only for reference purposes." @@ -17571,14 +15259,6 @@ msgstr "<ahelp hid=\"HID_FUNC_MDET\">Returnerer determinanten til ei matrise.</a #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3156366\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3156380\n" "help.text" msgid "MDETERM(Array)" @@ -17627,14 +15307,6 @@ msgstr "<ahelp hid=\"HID_FUNC_MINV\">Returnerer den inverse matrisa.</ahelp>" #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3156072\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3156085\n" "help.text" msgid "MINVERSE(Array)" @@ -17651,14 +15323,6 @@ msgstr "<emph>Matrise</emph> er ei kvadratisk matrise som kan inverterast." #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3157868\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3149638\n" "help.text" msgid "Select a square range and select MINVERSE. Select the output array, select the <emph>Array</emph> field and click <emph>OK</emph>." @@ -17691,14 +15355,6 @@ msgstr "<ahelp hid=\"HID_FUNC_MMULT\">Reknar ut matriseproduktet av to matriser. #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3146767\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3150798\n" "help.text" msgid "MMULT(Array; Array)" @@ -17723,14 +15379,6 @@ msgstr "Det andre <emph>Matrise</emph> er den andre matrisa, med like mange rade #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3152574\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3146826\n" "help.text" msgid "Select a square range. Choose the MMULT function. Select the first <emph>Array</emph>, then select the second <emph>Array</emph>. Using <emph>Function Wizard</emph>, mark the <emph>Array</emph> check box. Click <emph>OK</emph>. The output array will appear in the first selected range." @@ -17763,14 +15411,6 @@ msgstr "<ahelp hid=\"HID_FUNC_MTRANS\">Transponerer radene og kolonnane i ei mat #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3155294\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3153843\n" "help.text" msgid "TRANSPOSE(Array)" @@ -17795,14 +15435,6 @@ msgstr "Du kan finne ein generell introduksjon om bruk av matrisefunksjonar øvs #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3159352\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3159366\n" "help.text" msgid "In the spreadsheet, select the range in which the transposed array can appear. If the original array has n rows and m columns, your selected range must have at least m rows and n columns. Then enter the formula directly, select the original array and press <switchinline select=\"sys\"><caseinline select=\"MAC\">Shift+Command+Enter</caseinline><defaultinline>Shift+Ctrl+Enter</defaultinline></switchinline>. Or, if you are using the <emph>Function Wizard</emph>, mark the <emph>Array</emph> check box. The transposed array appears in the selected target range and is protected automatically against changes." @@ -17859,14 +15491,6 @@ msgstr "<ahelp hid=\"HID_FUNC_RGP\">Returnerer ein tabell med statistiske opplys #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3152825\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3152839\n" "help.text" msgid "LINEST(data_Y; data_X; linearType; stats)" @@ -17923,14 +15547,6 @@ msgstr "RETTLINJE returnerer ein tabell (matrise) med ein statistikk som nedanfo #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3154162\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3154176\n" "help.text" msgid "This function returns an array and is handled in the same way as the other array functions. Select a range for the answers and then the function. Select <emph>data_Y</emph>. If you want, you can enter other parameters. Select <emph>Array</emph> and click <emph>OK</emph>." @@ -18587,14 +16203,6 @@ msgstr "<ahelp hid=\"HID_FUNC_RKP\">Denne funksjonen reknar ut dei innskrivne da #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3146056\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3163123\n" "help.text" msgid "LOGEST(DataY; DataX; FunctionType; Stats)" @@ -18635,14 +16243,6 @@ msgstr "<emph>Statistikk</emph> (valfri). Viss Statistikk=0, vert berre regresjo #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3163216\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3163230\n" "help.text" msgid "See LINEST. However, no square sum will be returned." @@ -18675,14 +16275,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SUMMENPRODUKT\">Multipliserer samsvarande element #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3163334\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3163347\n" "help.text" msgid "SUMPRODUCT(Array1; Array2...Array30)" @@ -18707,14 +16299,6 @@ msgstr "Minst éi matrise må vere del av argumentlista. Viss berre éi matrise #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"par_idN11B1C\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_idN11B2F\n" "help.text" msgid "A" @@ -18923,14 +16507,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SUMMEX2MY2\">Returnerer summen av differansen mell #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3144889\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3144903\n" "help.text" msgid "SUMX2MY2(ArrayX; ArrayY)" @@ -18979,14 +16555,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SUMMEX2PY2\">Returnerer summen av summen av kvadra #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3163390\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3163404\n" "help.text" msgid "SUMX2PY2(ArrayX; ArrayY)" @@ -19035,14 +16603,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SUMMEXMY2\">Legg saman kvadrata av variansen mello #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3163574\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3163588\n" "help.text" msgid "SUMXMY2(ArrayX; ArrayY)" @@ -19091,14 +16651,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TREND\">Returnerer verdiane langs ein lineær tren #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3166109\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3166122\n" "help.text" msgid "TREND(DataY; DataX; NewDataX; LinearType)" @@ -19139,14 +16691,6 @@ msgstr "<emph>Linjetype</emph> (Valfri). Viss Linjetype = 0, vert linja rekna ut #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3166231\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3166245\n" "help.text" msgid "Select a spreadsheet range in which the trend data will appear. Select the function. Enter the output data or select it with the mouse. Mark the <emph>Array</emph> field. click <emph>OK</emph>. The trend data calculated from the output data is displayed." @@ -19179,14 +16723,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VARIATION\">Reknar ut punkta i ein eksponensiell t #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3166364\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3166377\n" "help.text" msgid "GROWTH(DataY; DataX; NewDataX; FunctionType)" @@ -19227,14 +16763,6 @@ msgstr "<emph>Funksjonstype</emph> (valfri). Viss funksjonstype = 0 vert funksjo #: 04060107.xhp msgctxt "" "04060107.xhp\n" -"hd_id3173839\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060107.xhp -msgctxt "" -"04060107.xhp\n" "par_id3173852\n" "help.text" msgid "This function returns an array and is handled in the same way as the other array functions. Select a range where you want the answers to appear and select the function. Select DataY. Enter any other parameters, mark <emph>Array</emph> and click <emph>OK</emph>." @@ -19627,14 +17155,6 @@ msgstr "Funktionen INDIREKTE vert lagra utan konvertering til formatet ODF 1.0/1 #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3151196\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3154707\n" "help.text" msgid "ADDRESS(Row; Column; Abs; A1; \"Sheet\")" @@ -19731,6 +17251,14 @@ msgstr "<item type=\"input\">=ADRESSE(1; 1; 2; \"Ark2\")</item> returnerer dette #: 04060109.xhp msgctxt "" "04060109.xhp\n" +"par_id3159260\n" +"help.text" +msgid "If the formula above is in cell B2 of current sheet, and the cell A1 in sheet 2 contains the value <item type=\"input\">-6</item>, you can refer indirectly to the referenced cell using a function in B2 by entering <item type=\"input\">=ABS(INDIRECT(B2))</item>. The result is the absolute value of the cell reference specified in B2, which in this case is 6." +msgstr "Viss formelen ovanfor er i cella B2 det gjeldande arket og cella A1 i ark 2 inneheld verdien <item type=\"input\">-6</item>, kan du referera indirekte til den refererte cella ved å skriva inn <item type=\"input\">=ABS(INDIREKTE(B2))</item>. Resultatet er den absolutte verdien av cellereferansen som er vist i B2, som i dette tilfelle er 6." + +#: 04060109.xhp +msgctxt "" +"04060109.xhp\n" "bm_id3150372\n" "help.text" msgid "<bookmark_value>AREAS function</bookmark_value>" @@ -19763,14 +17291,6 @@ msgstr "Funksjonen krev eitt enkelt argument. Viss du skriv inn fleire område, #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3145222\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3155907\n" "help.text" msgid "AREAS(Reference)" @@ -19787,14 +17307,6 @@ msgstr "Referanse representerer referansen til ei celle eller eit celleområde." #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3148891\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3149946\n" "help.text" msgid "<item type=\"input\">=AREAS((A1:B3;F2;G1))</item> returns 3, as it is a reference to three cells and/or areas. After entry this gets converted to =AREAS((A1:B3~F2~G1))." @@ -19835,14 +17347,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DDE\">Gjev resultatet av ei DDE-basert lenkje.</ah #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3150700\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3148886\n" "help.text" msgid "DDE(\"Server\"; \"File\"; \"Range\"; Mode)" @@ -19947,14 +17451,6 @@ msgstr "Data vert henta som tekst; inga omgjering til tal." #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3149546\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3148734\n" "help.text" msgid "<item type=\"input\">=DDE(\"soffice\";\"c:\\office\\document\\data1.ods\";\"sheet1.A1\")</item> reads the contents of cell A1 in sheet1 of the <item type=\"productname\">%PRODUCTNAME</item> Calc spreadsheet data1.ods." @@ -20003,14 +17499,6 @@ msgstr "Statuslinja viser den førehandsdefinerte feilkoden frå <item type=\"pr #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3154327\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3151322\n" "help.text" msgid "ERRORTYPE(Reference)" @@ -20027,14 +17515,6 @@ msgstr "<emph>Referanse</emph> inneheld adressa til den cella som feilen oppstå #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3145248\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3146904\n" "help.text" msgid "If cell A1 displays Err:518, the function <item type=\"input\">=ERRORTYPE(A1)</item> returns the number 518." @@ -20067,14 +17547,6 @@ msgstr "<ahelp hid=\"HID_FUNC_INDEX\">INDEKS gjev innhaldet av ei celle som ante #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3156063\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3149007\n" "help.text" msgid "INDEX(Reference; Row; Column; Range)" @@ -20115,14 +17587,6 @@ msgstr "<emph>Område</emph> (valfri) svarar til indeksen for underområdet som #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3145264\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3159112\n" "help.text" msgid "<item type=\"input\">=INDEX(Prices;4;1)</item> returns the value from row 4 and column 1 of the database range defined in <emph>Data - Define</emph> as <emph>Prices</emph>." @@ -20203,14 +17667,6 @@ msgstr "<ahelp hid=\"HID_FUNC_INDIREKT\">Returnerer <emph>referansen</emph> som #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3153717\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3149824\n" "help.text" msgid "INDIRECT(Ref; A1)" @@ -20237,16 +17693,8 @@ msgctxt "" "04060109.xhp\n" "par_idN10CAE\n" "help.text" -msgid "If you open an Excel spreadsheet that uses indirect addresses calculated from string functions, the sheet addresses will not be translated automatically. For example, the Excel address in INDIRECT(\"filename!sheetname\"&B1) is not converted into the Calc address in INDIRECT(\"filename.sheetname\"&B1)." -msgstr "Viss du opnar eit Excel regneark som bruker indirekte adresser utrekna frå strengfunksjonar, vert arkadressene ikkje konverterte automatisk. For eksempel vert Exceladressa i INDIREKTE(\"filnamn!arknamn\"&B1) ikkje konvertert til Calc-adressa INDIREKTE(\"filnamn!arknamn\"&B1)" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" -"hd_id3150389\n" -"help.text" -msgid "Example" -msgstr "Eksempel" +msgid "If you open an Excel spreadsheet that uses indirect addresses calculated from string functions, the sheet addresses will not be translated automatically. For example, the Excel address in INDIRECT(\"[filename]sheetname!\"&B1) is not converted into the Calc address in INDIRECT(\"filename#sheetname.\"&B1)." +msgstr "Viss du opnar eit Excel regneark som brukar indirekte adresser utrekna frå strengfunksjonar, vert arkadressene ikkje konverterte automatisk. For eksempel vert Exceladressa i INDIREKTE(\"filnamn!arknamn\"&B1) ikkje konvertert til Calc-adressa INDIREKTE(\"filnamn!arknamn\"&B1)" #: 04060109.xhp msgctxt "" @@ -20267,14 +17715,6 @@ msgstr "<item type=\"input\">=SUMMER(INDIREKTE(\"A1:\" & ADRESSE(1;3)))</item> s #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"par_id3159260\n" -"help.text" -msgid "If the cell A1 in sheet 2 contains the value <item type=\"input\">-6</item>, you can refer indirectly to the referenced cell using a function in B2 by entering <item type=\"input\">=ABS(INDIRECT(B2))</item>. The result is the absolute value of the cell reference specified in B2, which in this case is 6." -msgstr "Viss cella A1 i ark 2 inneheld verdien <item type=\"input\">-6</item>, kan du referere indirekte til den refererte cella ved å skriva inn <item type=\"input\">=ABS(INDIREKTE(B2))</item>. Resultatet er den absolutte verdien av cellereferansen som er vist i B2, som i dette tilfelle er 6." - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "bm_id3154818\n" "help.text" msgid "<bookmark_value>COLUMN function</bookmark_value>" @@ -20299,14 +17739,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SPALTE\">Returnerer kolonnenummeret til ein celler #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3149283\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3149447\n" "help.text" msgid "COLUMN(Reference)" @@ -20331,14 +17763,6 @@ msgstr "Viss det ikkje vert skrive inn referanse, vert kolonnenummeret for cella #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3152932\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3147571\n" "help.text" msgid "<item type=\"input\">=COLUMN(A1)</item> equals 1. Column A is the first column in the table." @@ -20411,14 +17835,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SPALTEN\">Returnerer talet på kolonnar i den oppg #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3149141\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3154047\n" "help.text" msgid "COLUMNS(Array)" @@ -20435,14 +17851,6 @@ msgstr "<emph>Matrise</emph> er referansen til eit celleområde der det totale t #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3153622\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3149577\n" "help.text" msgid "<item type=\"input\">=COLUMNS(B5)</item> returns 1 because a cell only contains one column." @@ -20491,14 +17899,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SVERWEIS\">Loddrett søkjing med tilvising til til #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3146898\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3150156\n" "help.text" msgid "=VLOOKUP(SearchCriterion; Array; Index; Sorted)" @@ -20539,14 +17939,6 @@ msgstr "<emph>Sortert</emph> er ein valfri parameter som indikerer om den først #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3147487\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3154129\n" "help.text" msgid "You want to enter the number of a dish on the menu in cell A1, and the name of the dish is to appear as text in the neighboring cell (B1) immediately. The Number to Name assignment is contained in the D1:E100 array. D1 contains <item type=\"input\">100</item>, E1 contains the name <item type=\"input\">Vegetable Soup</item>, and so forth, for 100 menu items. The numbers in column D are sorted in ascending order; thus, the optional <item type=\"literal\">Sorted</item> parameter is not necessary." @@ -20603,14 +17995,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TABELLE\">Returnerer arknummeret til ein referanse #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3148564\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3153095\n" "help.text" msgid "SHEET(Reference)" @@ -20627,14 +18011,6 @@ msgstr "<emph>Referanse</emph> er valfri og er referansen til ei celle, eit omr #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3155399\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3146988\n" "help.text" msgid "<item type=\"input\">=SHEET(Sheet2.A1)</item> returns 2 if Sheet2 is the second sheet in the spreadsheet document." @@ -20667,14 +18043,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TABELLEN\">Finn arkmengda i ein referanse.</ahelp> #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3154220\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3150777\n" "help.text" msgid "SHEETS(Reference)" @@ -20691,14 +18059,6 @@ msgstr "<emph>Referanse</emph> er referansen til eit ark eller eit område. Denn #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3149766\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3150507\n" "help.text" msgid "<item type=\"input\">=SHEETS(Sheet1.A1:Sheet3.G12)</item> returns 3 if Sheet1, Sheet2, and Sheet3 exist in the sequence indicated." @@ -20731,14 +18091,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VERGLEICH\">Returnerer den relative posisjonen til #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3153834\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3159152\n" "help.text" msgid "MATCH(SearchCriterion; LookupArray; Type)" @@ -20787,14 +18139,6 @@ msgstr "Viss Type = 1 eller den tredje parameteren manglar, vert den siste verdi #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3155119\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3155343\n" "help.text" msgid "<item type=\"input\">=MATCH(200;D1:D100)</item> searches the area D1:D100, which is sorted by column D, for the value 200. As soon as this value is reached, the number of the row in which it was found is returned. If a higher value is found during the search in the column, the number of the previous row is returned." @@ -20827,14 +18171,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VERSCHIEBUNG\">Returnerer verdien av ei celle som #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3146952\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3159194\n" "help.text" msgid "OFFSET(Reference; Rows; Columns; Height; Width)" @@ -20899,14 +18235,6 @@ msgstr "Argumenta <emph>Høgd</emph> og <emph>Breidd</emph> kan ikkje resultera #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3155586\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3149744\n" "help.text" msgid "<item type=\"input\">=OFFSET(A1;2;2)</item> returns the value in cell C3 (A1 moved by two rows and two columns down). If C3 contains the value <item type=\"input\">100</item> this function returns the value 100." @@ -20995,14 +18323,6 @@ msgstr "Viss SLÅ.OPP ikkje kan finna søkjekriteriet, vert den største verdien #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3152947\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3154104\n" "help.text" msgid "LOOKUP(SearchCriterion; SearchVector; ResultVector)" @@ -21035,14 +18355,6 @@ msgstr "<emph>Resultatvektor</emph> er eit anna område med 1 rad eller 1 kolonn #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3148624\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3149809\n" "help.text" msgid "<item type=\"input\">=LOOKUP(A1;D1:D100;F1:F100)</item> searches the corresponding cell in range D1:D100 for the number you entered in A1. For the instance found, the index is determined, for example, the 12th cell in this range. Then, the contents of the 12th cell are returned as the value of the function (in the result vector)." @@ -21075,14 +18387,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VORLAGE\">Legg til ein stil til den cella som inne #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3145373\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3149302\n" "help.text" msgid "STYLE(\"Style\"; Time; \"Style2\")" @@ -21115,14 +18419,6 @@ msgstr "<emph>Stil2</emph> er den valfrie cellestilen tildelt cella etter eit be #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3159254\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3151374\n" "help.text" msgid "<item type=\"input\">=STYLE(\"Invisible\";60;\"Default\")</item> formats the cell in transparent format for 60 seconds after the document was recalculated or loaded, then the Default format is assigned. Both cell formats have to be defined beforehand." @@ -21179,14 +18475,6 @@ msgstr "<ahelp hid=\"HID_FUNC_WAHL\">Bruker eit register for å returnera ein ve #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3153533\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3155425\n" "help.text" msgid "CHOOSE(Index; Value1; ...; Value30)" @@ -21211,14 +18499,6 @@ msgstr "<emph>Verdi1, Verdi2 … Verdi30</emph> er lista med verdiar skrive inn #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3151253\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3150625\n" "help.text" msgid "<item type=\"input\">=CHOOSE(A1;B1;B2;B3;\"Today\";\"Yesterday\";\"Tomorrow\")</item>, for example, returns the contents of cell B2 for A1 = 2; for A1 = 4, the function returns the text \"Today\"." @@ -21251,14 +18531,6 @@ msgstr "<ahelp hid=\"HID_FUNC_WVERWEIS\">Søkjer etter ein verdi og ein referans #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3154661\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3146070\n" "help.text" msgid "HLOOKUP(SearchCriterion; Array; Index; Sorted)" @@ -21299,14 +18571,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ZEILE\">Returnerer radnummeret til ein cellerefera #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3158439\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3154916\n" "help.text" msgid "ROW(Reference)" @@ -21331,14 +18595,6 @@ msgstr "Viss du ikkje gjev ein referanse, vert radnummeret for cella som formele #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3155609\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3154830\n" "help.text" msgid "<item type=\"input\">=ROW(B3)</item> returns 3 because the reference refers to the third row in the table." @@ -21411,14 +18667,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ZEILEN\">Returnerer talet på rader i ein referans #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3156051\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3154357\n" "help.text" msgid "ROWS(Array)" @@ -21435,14 +18683,6 @@ msgstr "<emph>Matrise</emph> er referansen eller det namngjevne området som det #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3155869\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id3154725\n" "help.text" msgid "<item type=\"input\">=Rows(B5)</item> returns 1 because a cell only contains one row." @@ -21507,14 +18747,6 @@ msgstr "For å opna ei hyperlenkja celle med tastaturet, marker cella, trykk «F #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"par_idN1180A\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_idN1180E\n" "help.text" msgid "HYPERLINK(\"URL\") or HYPERLINK(\"URL\"; \"CellText\")" @@ -21539,14 +18771,6 @@ msgstr "Talet 0 vert returnert for tomme celler og matriselement." #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"par_idN11823\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_idN11827\n" "help.text" msgid "<item type=\"input\">=HYPERLINK(\"http://www.example.org\")</item> displays the text \"http://www.example.org\" in the cell and executes the hyperlink http://www.example.org when clicked." @@ -21627,14 +18851,6 @@ msgstr "<ahelp hid=\".\">Funksjonen HENTPIVOTDATA returnerer ein resultatverdi f #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id9741508\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id909451\n" "help.text" msgid "Two different syntax definitions can be used:" @@ -21667,14 +18883,6 @@ msgstr "Den andre syntaksen vert brukt viss nøyaktig to parameter er gjevne, de #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id9464094\n" -"help.text" -msgid "First Syntax" -msgstr "Første syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id9302346\n" "help.text" msgid "<emph>TargetField</emph> is a string that selects one of the pivot table's data fields. The string can be the name of the source column, or the data field name as shown in the table (like \"Sum - Sales\")." @@ -21731,14 +18939,6 @@ msgstr "Verdiar frå delsummar frå pivottabellen vert berre brukte viss funksjo #: 04060109.xhp msgctxt "" "04060109.xhp\n" -"hd_id3144016\n" -"help.text" -msgid "Second Syntax" -msgstr "Andre syntaks" - -#: 04060109.xhp -msgctxt "" -"04060109.xhp\n" "par_id9937131\n" "help.text" msgid "<emph>pivot table</emph> has the same meaning as in the first syntax." @@ -21835,14 +19035,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ARABISCH\">Reknar ut verdien av eit romartal. Verd #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3153011\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3155523\n" "help.text" msgid "ARABIC(\"Text\")" @@ -21859,14 +19051,6 @@ msgstr "<emph>Tekst</emph> er teksten som tilsvarer eit romartal." #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3155758\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3154621\n" "help.text" msgid "<item type=\"input\">=ARABIC(\"MXIV\")</item> returns 1014" @@ -21915,14 +19099,6 @@ msgstr "Du kan finne ein konverteringstabell på <link href=\"https://wiki.docum #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id9204992\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id1993774\n" "help.text" msgid "ASC(\"Text\")" @@ -21971,14 +19147,6 @@ msgstr "Gjer eit tal om til Thaitekst, inklusive Thaivalutanamn." #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id9942014\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id8780785\n" "help.text" msgid "BAHTTEXT(Number)" @@ -21995,14 +19163,6 @@ msgstr "<emph>Tal</emph> er eit vilkårleg tal. «Baht» vert lagt til den heile #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id9694814\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3289284\n" "help.text" msgid "<item type=\"input\">=BAHTTEXT(12.65)</item> returns a string in Thai characters with the meaning of \"Twelve Baht and sixty five Satang\"." @@ -22035,14 +19195,6 @@ msgstr "<ahelp hid=\"HID_FUNC_BASIS\">Gjer om eit positivt heiltal til ein tekst #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3146097\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3155743\n" "help.text" msgid "BASE(Number; Radix; [MinimumLength])" @@ -22075,14 +19227,6 @@ msgstr "<emph>Minimumlengd</emph> (valfri) bestemmer den minste lengda på teikn #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3146323\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "bm_id3156399\n" "help.text" msgid "<bookmark_value>decimal system; converting to</bookmark_value>" @@ -22155,14 +19299,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ZEICHEN\">Gjer om eit tal til eit teikn i samsvar #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3149945\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3145634\n" "help.text" msgid "CHAR(Number)" @@ -22179,14 +19315,6 @@ msgstr "<emph>Tal</emph> er eit heiltal mellom 1 og 255 som representerer talver #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3152982\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3149890\n" "help.text" msgid "<item type=\"input\">=CHAR(100)</item> returns the character d." @@ -22227,14 +19355,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SAEUBERN\">Fjernar alle teikn som ikkje kan skriva #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3146880\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3147472\n" "help.text" msgid "CLEAN(\"Text\")" @@ -22275,14 +19395,6 @@ msgstr "<ahelp hid=\"HID_FUNC_CODE\">Returnerer ein talkode for det første teik #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3155830\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3149188\n" "help.text" msgid "CODE(\"Text\")" @@ -22299,14 +19411,6 @@ msgstr "<emph>Tekst</emph> er teksten der koden til det første teiknet skal fin #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3154394\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3159209\n" "help.text" msgid "<item type=\"input\">=CODE(\"Hieronymus\")</item> returns 72, <item type=\"input\">=CODE(\"hieroglyphic\")</item> returns 104." @@ -22347,14 +19451,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VERKETTEN\">Slår saman fleire deltekstar til ein #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3149542\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3155954\n" "help.text" msgid "CONCATENATE(\"Text1\"; ...; \"Text30\")" @@ -22371,14 +19467,6 @@ msgstr "<emph>Tekst1; Tekst2; ...</emph> representerer opp til 30 tekstdelar som #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3153110\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3150008\n" "help.text" msgid "<item type=\"input\">=CONCATENATE(\"Good \";\"Morning \";\"Mrs. \";\"Doe\")</item> returns: Good Morning Mrs. Doe." @@ -22419,14 +19507,6 @@ msgstr "Viss basen er 16 vert eit innleiande x eller X, 0x eller 0X eller avslut #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3150014\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3154328\n" "help.text" msgid "DECIMAL(\"Text\"; Radix)" @@ -22451,14 +19531,6 @@ msgstr "<emph>Base</emph> indikerer basen for talsystemet. Det kan vara alle pos #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3156062\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3145355\n" "help.text" msgid "<item type=\"input\">=DECIMAL(\"17\";10)</item> returns 17." @@ -22515,14 +19587,6 @@ msgstr "Du bestemmer valutaformatet i systeminnstillingane." #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3150569\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3154188\n" "help.text" msgid "DOLLAR(Value; Decimals)" @@ -22547,14 +19611,6 @@ msgstr "<emph>Desimalar</emph> er talet på desimalar." #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3149030\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3153546\n" "help.text" msgid "<item type=\"input\">=DOLLAR(255)</item> returns $255.00." @@ -22595,14 +19651,6 @@ msgstr "<ahelp hid=\"HID_FUNC_IDENTISCH\">Samanliknar to tekststrengar og return #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3152817\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3148594\n" "help.text" msgid "EXACT(\"Text1\"; \"Text2\")" @@ -22627,14 +19675,6 @@ msgstr "<emph>Tekst2</emph> er den andre teksten som skal samanliknast." #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3149777\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3156263\n" "help.text" msgid "<item type=\"input\">=EXACT(\"microsystems\";\"Microsystems\")</item> returns FALSE." @@ -22667,14 +19707,6 @@ msgstr "<ahelp hid=\"HID_FUNC_FINDEN\">Returnerer plasseringa av ein streng i ei #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3083284\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3083452\n" "help.text" msgid "FIND(\"FindText\"; \"Text\"; Position)" @@ -22707,14 +19739,6 @@ msgstr "<emph>Plasering</emph> (valfri) er posisjonen i teksten som søket skal #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3154812\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3156375\n" "help.text" msgid "<item type=\"input\">=FIND(76;998877665544)</item> returns 6." @@ -22747,14 +19771,6 @@ msgstr "<ahelp hid=\"HID_FUNC_FEST\">Returnerer eit tal som tekst med eit bestem #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3152470\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3147567\n" "help.text" msgid "FIXED(Number; Decimals; NoThousandsSeparators)" @@ -22787,14 +19803,6 @@ msgstr "<emph>IngenTusenSkiljeteikn</emph> (valfri) bestemmer om det skal brukas #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3149040\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3145208\n" "help.text" msgid "<item type=\"input\">=FIXED(1234567.89;3)</item> returns 1,234,567.890 as a text string." @@ -22843,14 +19851,6 @@ msgstr "Du kan finne ein konverteringstabell på <link href=\"https://wiki.docum #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id2212897\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id2504654\n" "help.text" msgid "JIS(\"Text\")" @@ -22899,14 +19899,6 @@ msgstr "<ahelp hid=\"HID_FUNC_LINKS\">Returnerer det første teiknet eller dei f #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3156116\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3146786\n" "help.text" msgid "LEFT(\"Text\"; Number)" @@ -22931,14 +19923,6 @@ msgstr "<emph>Tal</emph> (valfri) er talet på kor mange teikn frå byrjinga av #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3150260\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3149141\n" "help.text" msgid "<item type=\"input\">=LEFT(\"output\";3)</item> returns “out”." @@ -22971,14 +19955,6 @@ msgstr "<ahelp hid=\"HID_FUNC_LEFTB\">Returnerer dei første teikna av ein DBCS- #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id2956116\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id2946786\n" "help.text" msgid "LEFTB(\"Text\"; Number_bytes)" @@ -23003,14 +19979,6 @@ msgstr "<emph>Tal_på_byte</emph> (valfri) er talet på kor mange teikn frå byr #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id2950260\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id2949141\n" "help.text" msgid "<item type=\"input\">LEFTB(\"中国\";1)</item> returns \" \" (1 byte is only half a DBCS character and a space character is returned instead)." @@ -23075,14 +20043,6 @@ msgstr "<ahelp hid=\"HID_FUNC_LAENGE\">Returnerer lengda på ein tekststreng med #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3155108\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3154063\n" "help.text" msgid "LEN(\"Text\")" @@ -23099,14 +20059,6 @@ msgstr "<emph>Tekst</emph> er teksten som du skal finne lengda til." #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3153884\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3156008\n" "help.text" msgid "<item type=\"input\">=LEN(\"Good Afternoon\")</item> returns 14." @@ -23147,14 +20099,6 @@ msgstr "<ahelp hid=\"HID_FUNC_LENB\">For teiknsett som bruker to byte for å def #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id2955108\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id2954063\n" "help.text" msgid "LENB(\"Text\")" @@ -23171,14 +20115,6 @@ msgstr "<emph>Tekst</emph> er teksten som du skal finne lengda til." #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id2953884\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id2956018\n" "help.text" msgid "<item type=\"input\">LENB(\"中\")</item> returns 2 (1 DBCS character consisting of 2 bytes)." @@ -23243,14 +20179,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KLEIN\">Gjer om alle store bokstavar i ein tekst t #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3155902\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3150121\n" "help.text" msgid "LOWER(\"Text\")" @@ -23267,14 +20195,6 @@ msgstr "<emph>Tekst</emph> refererer til teksten som skal konverterast." #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3159343\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3155329\n" "help.text" msgid "<item type=\"input\">=LOWER(\"Sun\")</item> returns sun." @@ -23307,14 +20227,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TEIL\">Returnerer ein tekststreng frå ein tekstst #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3148829\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3150526\n" "help.text" msgid "MID(\"Text\"; Start; Number)" @@ -23347,14 +20259,6 @@ msgstr "<emph>Tal</emph> er kor mange teikn som skal hentast ut." #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3150509\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3158407\n" "help.text" msgid "<item type=\"input\">=MID(\"office\";2;2)</item> returns ff." @@ -23387,14 +20291,6 @@ msgstr "<ahelp hid=\"HID_FUNC_MIDB\">Returnerer ein tekststreng frå ein DBCS-te #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id2948829\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id2950526\n" "help.text" msgid "MIDB(\"Text\"; Start; Number_bytes)" @@ -23427,14 +20323,6 @@ msgstr "<emph>Tal_på_byte</emph> er kor mange teikn MIDTB skal hente ut frå te #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id2950509\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id2958417\n" "help.text" msgid "<item type=\"input\">MIDB(\"中国\";1;0)</item> returns \"\" (0 bytes is always an empty string)." @@ -23547,14 +20435,6 @@ msgstr "<ahelp hid=\"HID_FUNC_GROSS2\">Skriv den første bokstaven i kvart ord i #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3153573\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3154260\n" "help.text" msgid "PROPER(\"Text\")" @@ -23571,14 +20451,6 @@ msgstr "<emph>Tekst</emph> refererer til teksten som skal konverterast." #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3147529\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3155364\n" "help.text" msgid "<item type=\"input\">=PROPER(\"open office\")</item> returns Open Office." @@ -23619,14 +20491,6 @@ msgstr "All tekst som inneheld tal må vera i hermeteikn (\") dersom du ikkje ø #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3149159\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3147286\n" "help.text" msgid "REPLACE(\"Text\"; Position; Length; \"NewText\")" @@ -23667,14 +20531,6 @@ msgstr "<emph>NyTekst</emph> er den teksten som skal bytast ut i <emph>Tekst</em #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3146958\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3154096\n" "help.text" msgid "<item type=\"input\">=REPLACE(\"1234567\";1;1;\"444\")</item> returns \"444234567\". One character at position 1 is replaced by the complete <item type=\"literal\">NewText</item>." @@ -23707,14 +20563,6 @@ msgstr "<ahelp hid=\"HID_FUNC_WIEDERHOLEN\">Denne funksjonen tek opp att ein tek #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3152884\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3150494\n" "help.text" msgid "REPT(\"Text\"; Number)" @@ -23747,14 +20595,6 @@ msgstr "Resultatet kan høgst vere 255 teikn." #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3156213\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3148626\n" "help.text" msgid "<item type=\"input\">=REPT(\"Good morning\";2)</item> returns Good morningGood morning." @@ -23787,14 +20627,6 @@ msgstr "<ahelp hid=\"HID_FUNC_RECHTS\">Returnerer teikna lengst til høgre i ein #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3150837\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3154344\n" "help.text" msgid "RIGHT(\"Text\"; Number)" @@ -23819,14 +20651,6 @@ msgstr "<emph>Tal</emph> (valfri) er talet på teikn som skal hentast ut frå de #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3148661\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3151132\n" "help.text" msgid "<item type=\"input\">=RIGHT(\"Sun\";2)</item> returns un." @@ -23859,14 +20683,6 @@ msgstr "<ahelp hid=\"HID_FUNC_RIGHTB\">Returnerer det siste teiknet eller dei si #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id2950837\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id2954344\n" "help.text" msgid "RIGHTB(\"Text\"; Number_bytes)" @@ -23891,14 +20707,6 @@ msgstr "<emph>Tal_på_byte</emph> (valfri) bestemmer kor mange teikn som HØGREB #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id2948661\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id2951132\n" "help.text" msgid "<item type=\"input\">RIGHTB(\"中国\";1)</item> returns \" \" (1 byte is only half a DBCS character and a space character is returned instead)." @@ -23963,14 +20771,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ROEMISCH\">Gjer om eit tal til eit romartal. verdi #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3149299\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3150593\n" "help.text" msgid "ROMAN(Number; Mode)" @@ -23995,14 +20795,6 @@ msgstr "<emph>Modus</emph> (valfri) er graden av forenkling. Dess høgare verdi #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3145306\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3151371\n" "help.text" msgid "<item type=\"input\">=ROMAN(999)</item> returns CMXCIX" @@ -24069,16 +20861,8 @@ msgctxt "" "04060110.xhp\n" "par_id3148692\n" "help.text" -msgid "<ahelp hid=\"HID_FUNC_SUCHEN\">Returns the position of a text segment within a character string.</ahelp> You can set the start of the search as an option. The search text can be a number or any sequence of characters. The search is not case-sensitive." -msgstr "<ahelp hid=\"HID_FUNC_SUCHEN\">Returnerer posisjonen til ein deltekst i ein tekststreng.</ahelp> Du kan setja startposisjonen til søket. Søkjeteksten kan vera eit tal eller ein streng med teikn. Søket skil ikkje mellom store og små bokstavar." - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" -"hd_id3152964\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" +msgid "<ahelp hid=\"HID_FUNC_SUCHEN\">Returns the position of a text segment within a character string.</ahelp> You can set the start of the search as an option. The search text can be a number or any sequence of characters. The search is not case-sensitive. If the text is not found, returns error 519 (#VALUE)." +msgstr "" #: 04060110.xhp msgctxt "" @@ -24115,14 +20899,6 @@ msgstr "<emph>Plassering</emph> (valfri) er plasseringa i teksten som søket ska #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3147322\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3154564\n" "help.text" msgid "<item type=\"input\">=SEARCH(54;998877665544)</item> returns 10." @@ -24155,14 +20931,6 @@ msgstr "<ahelp hid=\"HID_FUNC_WECHSELN\">Byter ut ein tekst med ein ny tekst i e #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3150994\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3147582\n" "help.text" msgid "SUBSTITUTE(\"Text\"; \"SearchText\"; \"NewText\"; Occurrence)" @@ -24203,14 +20971,6 @@ msgstr "<emph>Førekomst</emph> (valfri) indikerer kva førekomst av søkjetekst #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3150946\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3150412\n" "help.text" msgid "<item type=\"input\">=SUBSTITUTE(\"123123123\";\"3\";\"abc\")</item> returns 12abc12abc12abc." @@ -24251,14 +21011,6 @@ msgstr "<ahelp hid=\"HID_FUNC_T\">Denne funksjonen returnerer målteksten, eller #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3155858\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3155871\n" "help.text" msgid "T(Value)" @@ -24275,14 +21027,6 @@ msgstr "Dersom <emph>Verdi</emph> er ein tekststreng eller refererer til ein tek #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3155544\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3151062\n" "help.text" msgid "<item type=\"input\">=T(12345)</item> returns an empty string." @@ -24323,14 +21067,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TEXT\">Konverterer eit tal til eit teikn i samsvar #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3153129\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3147377\n" "help.text" msgid "TEXT(Number; Format)" @@ -24355,14 +21091,6 @@ msgstr "<emph>Format</emph> er teksten som definerer formatet. Bruk desimal- og #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id1243629\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id9044770\n" "help.text" msgid "<item type=\"input\">=TEXT(12.34567;\"###.##\")</item> returns the text 12.35" @@ -24379,6 +21107,14 @@ msgstr "<item type=\"input\">=TEKST(12,34567;\"000,00\")</item>returnerer tekste #: 04060110.xhp msgctxt "" "04060110.xhp\n" +"par_id3145364\n" +"help.text" +msgid "See also <link href=\"text/shared/01/05020301.xhp\" name=\"Number format codes\">Number format codes</link>: custom format codes defined by the user." +msgstr "Sjå også <link href=\"text/shared/01/05020301.xhp\" name=\"Number format codes\">Talformatkodar</link>: tilpassa formatkodar definert av brukaren." + +#: 04060110.xhp +msgctxt "" +"04060110.xhp\n" "bm_id3151039\n" "help.text" msgid "<bookmark_value>TRIM function</bookmark_value>" @@ -24403,14 +21139,6 @@ msgstr "<ahelp hid=\"HID_FUNC_GLAETTEN\">Tar bort ekstra mellomrom frå ein stre #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3152913\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3151349\n" "help.text" msgid "TRIM(\"Text\")" @@ -24427,14 +21155,6 @@ msgstr "<emph>Tekst</emph> er teksten som mellomromma skal fjernast frå." #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3146838\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3156074\n" "help.text" msgid "<item type=\"input\">=TRIM(\" hello world \")</item> returns hello world without leading and trailing spaces and with single space between words." @@ -24467,14 +21187,6 @@ msgstr "<ahelp hid=\".\">Konverterer ein teiknkode til eit Unicode-teikn eller e #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id0907200904123753\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id0907200904123753\n" "help.text" msgid "<item type=\"literal\">UNICHAR(number)</item>" @@ -24483,14 +21195,6 @@ msgstr "<item type=\"literal\">UNITEIKN(tal)</item>" #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id0907200904123720\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id090720090412378\n" "help.text" msgid "=UNICHAR(169) returns the Copyright character <emph>©</emph>." @@ -24531,14 +21235,6 @@ msgstr "<ahelp hid=\".\">Returnerer talkoden for det første Unicode-teiknet i e #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id0907200904123874\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id0907200904123846\n" "help.text" msgid "<item type=\"literal\">UNICODE(\"Text\")</item>" @@ -24547,14 +21243,6 @@ msgstr "<item type=\"literal\">UNICODE(\"Tekst\")</item>" #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id0907200904123899\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id0907200904123919\n" "help.text" msgid "=UNICODE(\"©\") returns the Unicode number 169 for the Copyright character." @@ -24595,14 +21283,6 @@ msgstr "<ahelp hid=\"HID_FUNC_GROSS\">Gjer om strengen i <emph>tekstfeltet</emph #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3148526\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3148539\n" "help.text" msgid "UPPER(\"Text\")" @@ -24619,14 +21299,6 @@ msgstr "<emph>Tekst</emph> er teksten med små bokstavar som du vil konvertere t #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3148516\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3146757\n" "help.text" msgid "<item type=\"input\">=UPPER(\"Good Morning\")</item> returns GOOD MORNING." @@ -24659,14 +21331,6 @@ msgstr "<ahelp hid=\"HID_FUNC_WERT\">Gjer om ein tekst til eit tal.</ahelp>" #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3152568\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3153638\n" "help.text" msgid "VALUE(\"Text\")" @@ -24683,14 +21347,6 @@ msgstr "<emph>Tekst</emph> er den teksten som skal konverterast til eit tal." #: 04060110.xhp msgctxt "" "04060110.xhp\n" -"hd_id3144719\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060110.xhp -msgctxt "" -"04060110.xhp\n" "par_id3144733\n" "help.text" msgid "<item type=\"input\">=VALUE(\"4321\")</item> returns 4321." @@ -24741,8 +21397,8 @@ msgctxt "" "04060111.xhp\n" "par_id3146120\n" "help.text" -msgid "You will also find a <link href=\"text/scalc/01/04060112.xhp\">description of the $[officename] Calc add-in interface</link> in the Help. In addition, important functions and their parameters are described in the Help for the <switchinline select=\"sys\"><caseinline select=\"UNIX\">Shared Library </caseinline><defaultinline>$[officename] Calc add-in DLL</defaultinline></switchinline>." -msgstr "I hjelp kan du også finna ein <link href=\"text/scalc/01/04060112.xhp\">omtale av grensesnittet for tilleggsfunksjonar i $[officename] Calc</link>. I tillegg er viktige funksjonar og deira parametrar omtalte i hjelp for <switchinline select=\"sys\"><caseinline select=\"UNIX\">delt bibliotek</caseinline><defaultinline>$[officename] Calc tilleggsfunksjonar-DLL</defaultinline></switchinline>." +msgid "You will also find a <link href=\"text/scalc/01/04060112.xhp\">description of the $[officename] Calc add-in interface</link> in the Help. In addition, important functions and their parameters are described in the Help for the <switchinline select=\"sys\"><caseinline select=\"UNIX\">Shared Library</caseinline><defaultinline>$[officename] Calc add-in DLL</defaultinline></switchinline>." +msgstr "" #: 04060111.xhp msgctxt "" @@ -24803,14 +21459,6 @@ msgstr "<ahelp hid=\".\">Bestemmer om eit år er et skotår eller ei.</ahelp> Vi #: 04060111.xhp msgctxt "" "04060111.xhp\n" -"hd_id3148487\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060111.xhp -msgctxt "" -"04060111.xhp\n" "par_id3150205\n" "help.text" msgid "ISLEAPYEAR(Date)" @@ -24827,14 +21475,6 @@ msgstr "<emph>Dato</emph> viser om ein gjeven dato er i eit skotår. Datoparamet #: 04060111.xhp msgctxt "" "04060111.xhp\n" -"hd_id3149817\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060111.xhp -msgctxt "" -"04060111.xhp\n" "par_id3150786\n" "help.text" msgid "=ISLEAPYEAR(A1) returns 1, if A1 contains 1968-02-29, the valid date 29th of February 1968 in your locale setting." @@ -24883,14 +21523,6 @@ msgstr "<ahelp hid=\"HID_DAI_FUNC_DIFFYEARS\">Reknar ut skilnaden i år mellom t #: 04060111.xhp msgctxt "" "04060111.xhp\n" -"hd_id3154370\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060111.xhp -msgctxt "" -"04060111.xhp\n" "par_id3146114\n" "help.text" msgid "YEARS(StartDate; EndDate; Type)" @@ -24947,14 +21579,6 @@ msgstr "<ahelp hid=\"HID_DAI_FUNC_DIFFMONTHS\">Reknar ut skilnaden i månadar me #: 04060111.xhp msgctxt "" "04060111.xhp\n" -"hd_id3151240\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060111.xhp -msgctxt "" -"04060111.xhp\n" "par_id3146869\n" "help.text" msgid "MONTHS(StartDate; EndDate; Type)" @@ -25011,14 +21635,6 @@ msgstr "<ahelp hid=\"HID_DAI_FUNC_ROT13\">Krypterer ein bokstavstreng ved å fly #: 04060111.xhp msgctxt "" "04060111.xhp\n" -"hd_id3150893\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060111.xhp -msgctxt "" -"04060111.xhp\n" "par_id3159205\n" "help.text" msgid "ROT13(Text)" @@ -25059,14 +21675,6 @@ msgstr "<ahelp hid=\"HID_DAI_FUNC_DAYSINYEAR\">Reknar ut kor mange dagar det er #: 04060111.xhp msgctxt "" "04060111.xhp\n" -"hd_id3145358\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060111.xhp -msgctxt "" -"04060111.xhp\n" "par_id3154651\n" "help.text" msgid "DAYSINYEAR(Date)" @@ -25083,14 +21691,6 @@ msgstr "<emph>Dato</emph> er ein av alle datoar i det aktuelle året. Datoen må #: 04060111.xhp msgctxt "" "04060111.xhp\n" -"hd_id3153487\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060111.xhp -msgctxt "" -"04060111.xhp\n" "par_id3153811\n" "help.text" msgid "=DAYSINYEAR(A1) returns 366 days if A1 contains 1968-02-29, a valid date for the year 1968." @@ -25123,14 +21723,6 @@ msgstr "<ahelp hid=\"HID_DAI_FUNC_DAYSINMONTH\">Reknar ut kor mange dagar det er #: 04060111.xhp msgctxt "" "04060111.xhp\n" -"hd_id3145114\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060111.xhp -msgctxt "" -"04060111.xhp\n" "par_id3150955\n" "help.text" msgid "DAYSINMONTH(Date)" @@ -25147,14 +21739,6 @@ msgstr "<emph>Dato</emph> er ein dato i den respektive månaden i det ønskte å #: 04060111.xhp msgctxt "" "04060111.xhp\n" -"hd_id3149871\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060111.xhp -msgctxt "" -"04060111.xhp\n" "par_id3155742\n" "help.text" msgid "=DAYSINMONTH(A1) returns 29 days if A1 contains 1968-02-17, a valid date for February 1968." @@ -25187,14 +21771,6 @@ msgstr "<ahelp hid=\"HID_DAI_FUNC_DIFFWEEKS\">Reknar ut skilnaden i veker mellom #: 04060111.xhp msgctxt "" "04060111.xhp\n" -"hd_id3150393\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060111.xhp -msgctxt "" -"04060111.xhp\n" "par_id3147402\n" "help.text" msgid "WEEKS(StartDate; EndDate; Type)" @@ -25251,14 +21827,6 @@ msgstr "<ahelp hid=\"HID_DAI_FUNC_WEEKSINYEAR\">Reknar ut kor mange veker det er #: 04060111.xhp msgctxt "" "04060111.xhp\n" -"hd_id3149719\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060111.xhp -msgctxt "" -"04060111.xhp\n" "par_id3145638\n" "help.text" msgid "WEEKSINYEAR(Date)" @@ -25275,14 +21843,6 @@ msgstr "<emph>Dato</emph> er alle datoar i eit visst år. Datoparameteren må ve #: 04060111.xhp msgctxt "" "04060111.xhp\n" -"hd_id3150037\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060111.xhp -msgctxt "" -"04060111.xhp\n" "par_id3147614\n" "help.text" msgid "WEEKSINYEAR(A1) returns 53 if A1 contains 1970-02-17, a valid date for the year 1970." @@ -27115,14 +23675,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_BESSELI\">Reknar ut den modifiserte Bessel-fun #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3150392\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3147295\n" "help.text" msgid "BESSELI(X; N)" @@ -27147,14 +23699,6 @@ msgstr "<emph>N</emph> er eit positivt heiltal (N >= 0) som bestemmer rekkjeføl #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id050220171032372604\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id050220171019072404\n" "help.text" msgid "=BESSELI(3.45, 4), returns 0.651416873060081" @@ -27195,14 +23739,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_BESSELJ\">Reknar ut den modifiserte Bessel-fun #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3146884\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3150032\n" "help.text" msgid "BESSELJ(X; N)" @@ -27227,14 +23763,6 @@ msgstr "<emph>N</emph> er eit positivt heiltal (N >= 0) som bestemmer rekkjeføl #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id050220171032372274\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id050220171019077179\n" "help.text" msgid "=BESSELJ(3.45, 4), returns 0.196772639864984" @@ -27275,14 +23803,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_BESSELK\">Reknar ut den modifiserte Bessel-fun #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3150650\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3149354\n" "help.text" msgid "BESSELK(X; N)" @@ -27307,14 +23827,6 @@ msgstr "<emph>N</emph> er eit positivt heiltal (N >= 0) som bestemmer rekkjeføl #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id050220171032373675\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id050220171019073898\n" "help.text" msgid "=BESSELK(3.45, 4), returns 0.144803466373734" @@ -27355,14 +23867,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_BESSELY\">Reknar ut den modifiserte Bessel-fun #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3146941\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3148884\n" "help.text" msgid "BESSELY(X; N)" @@ -27387,14 +23891,6 @@ msgstr "<emph>N</emph> er eit positivt heiltal (N >= 0) som bestemmer rekkjeføl #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id050220171019084402\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id050220171019081114\n" "help.text" msgid "=BESSELY(3.45, 4), returns -0.679848116844476" @@ -27443,14 +23939,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_BIN2DEC\">Resultatet er desimaltalet som tilsv #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3145593\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3149726\n" "help.text" msgid "BIN2DEC(Number)" @@ -27467,14 +23955,6 @@ msgstr "<emph>Tal</emph> er eit binært tal. Talet kan høgst ha 10 plassar (bit #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3149250\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3145138\n" "help.text" msgid "<item type=\"input\">=BIN2DEC(1100100)</item> returns 100." @@ -27507,14 +23987,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_BIN2HEX\">Resultatet er hexadesimaltalet som t #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3153936\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3148753\n" "help.text" msgid "BIN2HEX(Number; Places)" @@ -27539,14 +24011,6 @@ msgstr "Talet på siffer som skal returnerast." #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3155829\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3149686\n" "help.text" msgid "<item type=\"input\">=BIN2HEX(1100100;6)</item> returns 000064." @@ -27579,14 +24043,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_BIN2OCT\">Resultatet er oktaltalet som tilsvar #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3153001\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3154508\n" "help.text" msgid "BIN2OCT(Number; Places)" @@ -27611,14 +24067,6 @@ msgstr "<emph>Siffer</emph> er kor mange siffer det returnerte svaret skal inneh #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3150128\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3153733\n" "help.text" msgid "<item type=\"input\">=BIN2OCT(1100100;4)</item> returns 0144." @@ -27651,14 +24099,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_DELTA\">Resultatet er SANN (1) om båe tala, s #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3155435\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3145247\n" "help.text" msgid "DELTA(Number1; Number2)" @@ -27667,14 +24107,6 @@ msgstr "DELTA(Tal_1; Tal_2)" #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3149002\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3151020\n" "help.text" msgid "<item type=\"input\">=DELTA(1;2)</item> returns 0." @@ -27707,14 +24139,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_DEC2BIN\">Resultatet er det binære talet som #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3145349\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3150569\n" "help.text" msgid "DEC2BIN(Number; Places)" @@ -27739,14 +24163,6 @@ msgstr "<emph>Siffer</emph> er kor mange siffer det returnerte svaret skal inneh #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3150265\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3150662\n" "help.text" msgid "<item type=\"input\">=DEC2BIN(100;8)</item> returns 01100100." @@ -27779,14 +24195,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_DEC2HEX\">Resultatet er hexadesimaltalet som t #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3150691\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3147535\n" "help.text" msgid "DEC2HEX(Number; Places)" @@ -27811,14 +24219,6 @@ msgstr "<emph>Siffer</emph> er kor mange siffer det returnerte svaret skal inneh #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3154869\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3150476\n" "help.text" msgid "<item type=\"input\">=DEC2HEX(100;4)</item> returns 0064." @@ -27851,14 +24251,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_DEC2OCT\">Resultatet er oktaltalet som tilsvar #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3153178\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3148427\n" "help.text" msgid "DEC2OCT(Number; Places)" @@ -27883,14 +24275,6 @@ msgstr "<emph>Siffer</emph> er kor mange siffer det returnerte svaret skal inneh #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3147482\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3154317\n" "help.text" msgid "<item type=\"input\">=DEC2OCT(100;4)</item> returns 0144." @@ -27923,14 +24307,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_ERF\">Returnerer verdiane av eit Gauss-feilint #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3152475\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3163824\n" "help.text" msgid "ERF(LowerLimit; UpperLimit)" @@ -27955,14 +24331,6 @@ msgstr "<emph>Øvre grense</emph> (valfri). Den øvre grensa på integralet. Der #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3154819\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3152974\n" "help.text" msgid "<item type=\"input\">=ERF(0;1)</item> returns 0.842701." @@ -27995,14 +24363,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ERF_MS\">Returnerer verdiane av Gauss-feilintegral #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id2952475\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id2963824\n" "help.text" msgid "ERF.PRECISE(LowerLimit)" @@ -28019,14 +24379,6 @@ msgstr "<emph>Nedre grense</emph> er grensa for integralet. Utrekninga vert gjor #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id2954819\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id2952974\n" "help.text" msgid "<item type=\"input\">=ERF.PRECISE(1)</item> returns 0.842701." @@ -28059,14 +24411,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_ERFC\">Returnerer komplementære verdiar av Ga #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3155839\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3153220\n" "help.text" msgid "ERFC(LowerLimit)" @@ -28083,14 +24427,6 @@ msgstr "<emph>Nedre_grense</emph> er nedste grense på integralet" #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3146861\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3156102\n" "help.text" msgid "<item type=\"input\">=ERFC(1)</item> returns 0.157299." @@ -28123,14 +24459,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ERFC_MS\">Returnerer komplementære verdiar av Gau #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id2955839\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id2953220\n" "help.text" msgid "ERFC.PRECISE(LowerLimit)" @@ -28147,14 +24475,6 @@ msgstr "<emph>Nedre_grense</emph> er nedste grense på integralet" #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id2946861\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id2956102\n" "help.text" msgid "<item type=\"input\">=ERFC.PRECISE(1)</item> returns 0.157299." @@ -28187,14 +24507,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_GESTEP\">Resultatet er 1 dersom <item type=\"l #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3150879\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3145212\n" "help.text" msgid "GESTEP(Number; Step)" @@ -28203,14 +24515,6 @@ msgstr "GRENSEVERDI(Tal; Terskel)" #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3153275\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3156132\n" "help.text" msgid "<item type=\"input\">=GESTEP(5;1)</item> returns 1." @@ -28243,14 +24547,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_HEX2BIN\">Resultatet er det binære talet som #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3156117\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3155847\n" "help.text" msgid "HEX2BIN(Number; Places)" @@ -28275,14 +24571,6 @@ msgstr "<emph>Siffer</emph> er kor mange siffer som skal returnerast." #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3154052\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3156002\n" "help.text" msgid "<item type=\"input\">=HEX2BIN(\"6a\";8)</item> returns 01101010." @@ -28315,14 +24603,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_HEX2DEC\">Resultatet er desimaltalet som tilsv #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3143233\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3149293\n" "help.text" msgid "HEX2DEC(Number)" @@ -28339,14 +24619,6 @@ msgstr "<emph>Tal</emph> er eit heksadesimalt tal eller ein streng som represent #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3154304\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3146093\n" "help.text" msgid "<item type=\"input\">=HEX2DEC(\"6a\")</item> returns 106." @@ -28379,14 +24651,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_HEX2OCT\">Resultatet er oktaltalet som tilsvar #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3145660\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3151170\n" "help.text" msgid "HEX2OCT(Number; Places)" @@ -28411,14 +24675,6 @@ msgstr "<emph>Siffer</emph> er kor mange siffer som skal returnerast." #: 04060115.xhp msgctxt "" "04060115.xhp\n" -"hd_id3153901\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060115.xhp -msgctxt "" -"04060115.xhp\n" "par_id3159341\n" "help.text" msgid "<item type=\"input\">=HEX2OCT(\"6a\";4)</item> returns 0152." @@ -28475,14 +24731,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMABS\">Resultatet er absoluttverdien av eit k #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3155382\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3151302\n" "help.text" msgid "IMABS(\"ComplexNumber\")" @@ -28499,14 +24747,6 @@ msgstr "<variable id=\"complex\"><emph>komplekst tal</emph> er eit komplekst tal #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3149697\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3143222\n" "help.text" msgid "<item type=\"input\">=IMABS(\"5+12j\")</item> returns 13." @@ -28539,14 +24779,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMAGINARY\">Resultatet er den imaginære delen #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3153555\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3155522\n" "help.text" msgid "IMAGINARY(\"ComplexNumber\")" @@ -28555,14 +24787,6 @@ msgstr "IMAGINÆRDEL(\"Komplekst_tal\")" #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3151193\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3155592\n" "help.text" msgid "<item type=\"input\">=IMAGINARY(\"4+3j\")</item> returns 3." @@ -28595,14 +24819,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMPOWER\">Resultatet er det <emph>komplekse ta #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3150954\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3147501\n" "help.text" msgid "IMPOWER(\"ComplexNumber\"; Number)" @@ -28619,14 +24835,6 @@ msgstr "<emph>Tal</emph> er eksponenten." #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3149048\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3151393\n" "help.text" msgid "<item type=\"input\">=IMPOWER(\"2+3i\";2)</item> returns -5+12i." @@ -28659,14 +24867,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMARGUMENT\">Resultatet er eit argument (phi-v #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3150533\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3156402\n" "help.text" msgid "IMARGUMENT(\"ComplexNumber\")" @@ -28675,14 +24875,6 @@ msgstr "IMAGARGUMENT(\"Komplekst_tal\")" #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3153019\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3159125\n" "help.text" msgid "<item type=\"input\">=IMARGUMENT(\"3+4j\")</item> returns 0.927295." @@ -28715,14 +24907,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMDIV\">Resultatet er ei deling av to kompleks #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3150465\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3146942\n" "help.text" msgid "IMDIV(\"Numerator\"; \"Denominator\")" @@ -28739,14 +24923,6 @@ msgstr "<emph>Teljar</emph>, <emph>Nemnar</emph> er komplekse tal innskrivne i f #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3151229\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3148440\n" "help.text" msgid "<item type=\"input\">=IMDIV(\"-238+240i\";\"10+24i\")</item> returns 5+12i." @@ -28779,14 +24955,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMEXP\">Returnerer potensen av e og det komple #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3145591\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3154810\n" "help.text" msgid "IMEXP(\"ComplexNumber\")" @@ -28795,14 +24963,6 @@ msgstr "IMEKSP(\"Komplekst_tal\")" #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3148581\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3149253\n" "help.text" msgid "<item type=\"input\">=IMEXP(\"1+j\") </item>returns 1.47+2.29j (rounded)." @@ -28835,14 +24995,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMCONJUGATE\">Resultatet er den konjugerte kom #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3148750\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3153082\n" "help.text" msgid "IMCONJUGATE(\"ComplexNumber\")" @@ -28851,14 +25003,6 @@ msgstr "IMKONJUGERE(\"Komplekst_tal\")" #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3153326\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3149688\n" "help.text" msgid "<item type=\"input\">=IMCONJUGATE(\"1+j\")</item> returns 1-j." @@ -28891,14 +25035,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMLN\">Resultatet er den naturlege logaritmen #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3150008\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3155954\n" "help.text" msgid "IMLN(\"ComplexNumber\")" @@ -28907,14 +25043,6 @@ msgstr "IMLN(\"Komplekst_tal\")" #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3153565\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3153736\n" "help.text" msgid "<item type=\"input\">=IMLN(\"1+j\")</item> returns 0.35+0.79j (rounded)." @@ -28947,14 +25075,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMLOG10\">Resultatet er titalslogaritmen til e #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3154327\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3150128\n" "help.text" msgid "IMLOG10(\"ComplexNumber\")" @@ -28963,14 +25083,6 @@ msgstr "IMLOG10(\"Komplekst_tal\")" #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3149003\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3151021\n" "help.text" msgid "<item type=\"input\">=IMLOG10(\"1+j\")</item> returns 0.15+0.34j (rounded)." @@ -29003,14 +25115,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMLOG2\">Resultatet er ein binær logaritme av #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3153046\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3145355\n" "help.text" msgid "IMLOG2(\"ComplexNumber\")" @@ -29019,14 +25123,6 @@ msgstr "IMAGLOG2(\"Komplekst_tal\")" #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3148768\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3149536\n" "help.text" msgid "<item type=\"input\">=IMLOG2(\"1+j\")</item> returns 0.50+1.13j (rounded)." @@ -29059,14 +25155,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMPRODUCT\">Resultatet er produktet av opp til #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3149388\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3149027\n" "help.text" msgid "IMPRODUCT(\"ComplexNumber\"; \"ComplexNumber1\"; ...)" @@ -29075,14 +25163,6 @@ msgstr "IMPRODUKT(\"Komplekst_tal\"; \"Komplekst_tal_1\"; ...)" #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3153228\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3155815\n" "help.text" msgid "<item type=\"input\">=IMPRODUCT(\"3+4j\";\"5-3j\")</item> returns 27+11j." @@ -29115,14 +25195,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMREAL\">Resultatet er realdelen av eit komple #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3154951\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3153927\n" "help.text" msgid "IMREAL(\"ComplexNumber\")" @@ -29131,14 +25203,6 @@ msgstr "IMREELL(\"Komplekst_tal\")" #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3155409\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3155986\n" "help.text" msgid "<item type=\"input\">=IMREAL(\"1+3j\")</item> returns 1." @@ -29171,14 +25235,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMSUB\">Resultatet er subtraksjonen av to komp #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3149264\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3149710\n" "help.text" msgid "IMSUB(\"ComplexNumber1\"; \"ComplexNumber2\")" @@ -29187,14 +25243,6 @@ msgstr "IMSUB(\"Komplekst_tal_1\"; \"Komplekst_tal_2\")" #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3155833\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3150963\n" "help.text" msgid "<item type=\"input\">=IMSUB(\"13+4j\";\"5+3j\")</item> returns 8+j." @@ -29227,14 +25275,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMSUM\">Resultatet er summen av opp til 29 kom #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3156095\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3152930\n" "help.text" msgid "IMSUM(\"ComplexNumber1\"; \"ComplexNumber2\"; ...)" @@ -29243,14 +25283,6 @@ msgstr "IMSUMMER(\"Komplekst_tal_1\"; \"Komplekst_tal_2\"; ...)" #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3154640\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3147081\n" "help.text" msgid "<item type=\"input\">=IMSUM(\"13+4j\";\"5+3j\")</item> returns 18+7j." @@ -29283,14 +25315,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_IMSQRT\">Resultatet er kvadratrota av eit komp #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3145202\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3150760\n" "help.text" msgid "IMSQRT(\"ComplexNumber\")" @@ -29299,14 +25323,6 @@ msgstr "IMROT(\"Komplekst_tal\")" #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3147268\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3152807\n" "help.text" msgid "<item type=\"input\">=IMSQRT(\"3+4i\")</item> returns 2+1i." @@ -29339,14 +25355,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_COMPLEX\">Resultatet er eit komplekst tal som #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3154744\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3155999\n" "help.text" msgid "COMPLEX(RealNum; INum; Suffix)" @@ -29379,14 +25387,6 @@ msgstr "<emph>Suffiks</emph> er ei liste med innstillingar, \"i\" eller \"j\"." #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3145659\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3143229\n" "help.text" msgid "<item type=\"input\">=COMPLEX(3;4;\"j\")</item> returns 3+4j." @@ -29419,14 +25419,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_OCT2BIN\">Resultatet er det binære talet som #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3146088\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3154303\n" "help.text" msgid "OCT2BIN(Number; Places)" @@ -29451,14 +25443,6 @@ msgstr "<emph>Siffer</emph> er kor mange siffer som skal returnerast." #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3147493\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3147260\n" "help.text" msgid "<item type=\"input\">=OCT2BIN(3;3)</item> returns 011." @@ -29491,14 +25475,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_OCT2DEZ\">Resultatet er desimaltalet som tilsv #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3159337\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3153902\n" "help.text" msgid "OCT2DEC(Number)" @@ -29515,14 +25491,6 @@ msgstr "<emph>Tal</emph> er oktaltalet. Talet kan ha høgst 10 siffer. Den mest #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3154698\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3154930\n" "help.text" msgid "<item type=\"input\">=OCT2DEC(144)</item> returns 100." @@ -29555,14 +25523,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_OCT2HEX\">Resultatet er hexadesimaltalet som t #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3146988\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3150523\n" "help.text" msgid "OCT2HEX(Number; Places)" @@ -29587,14 +25547,6 @@ msgstr "<emph>Siffer</emph> er kor mange siffer som skal returnerast." #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3150504\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3148802\n" "help.text" msgid "<item type=\"input\">=OCT2HEX(144;4)</item> returns 0064." @@ -30267,14 +26219,6 @@ msgstr "Yi yobi 1208925819614630000000000" #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3146125\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3153695\n" "help.text" msgid "CONVERT(Number; \"FromUnit\"; \"ToUnit\")" @@ -30307,14 +26251,6 @@ msgstr "<emph>TilMåleeining</emph> er måleeininga det skal konverterast til." #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3156270\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3156336\n" "help.text" msgid "<item type=\"input\">=CONVERT(10;\"HP\";\"PS\") </item>returns, rounded to two decimal places, 10.14. 10 HP equal 10.14 PS." @@ -30355,14 +26291,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_FACTDOUBLE\">Returnerer dobbeltfakultetet av e #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3154666\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id3155121\n" "help.text" msgid "FACTDOUBLE(Number)" @@ -30419,14 +26347,6 @@ msgstr "DOBBELT.FAKULTET(0) returnerer per definisjon 1." #: 04060116.xhp msgctxt "" "04060116.xhp\n" -"hd_id3154622\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060116.xhp -msgctxt "" -"04060116.xhp\n" "par_id7844477\n" "help.text" msgid "<item type=\"input\">=FACTDOUBLE(5)</item> returns 15." @@ -30491,14 +26411,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_ODDFPRICE\">Reknar ut prisen per 100 valutaein #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3153074\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3146098\n" "help.text" msgid "ODDFPRICE(Settlement; Maturity; Issue; FirstCoupon; Rate; Yield; Redemption; Frequency; Basis)" @@ -30595,14 +26507,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_ODDFYIELD\">Reknar ut avkastinga på eit verdi #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3150651\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3152982\n" "help.text" msgid "ODDFYIELD(Settlement; Maturity; Issue; FirstCoupon; Rate; Price; Redemption; Frequency; Basis)" @@ -30699,14 +26603,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_ODDLPRICE\">Reknar ut prisen per 100 valutaein #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3152784\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3155262\n" "help.text" msgid "ODDLPRICE(Settlement; Maturity; LastInterest; Rate; Yield; Redemption; Frequency; Basis)" @@ -30771,14 +26667,6 @@ msgstr "<emph>Frekvens</emph> er talet på rentebetalingar pr. år (1, 2 eller 4 #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3153111\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3152999\n" "help.text" msgid "Settlement date: February 7 1999, maturity date: June 15 1999, last interest: October 15 1998. Interest rate: 3.75 per cent, yield: 4.05 per cent, redemption value: 100 currency units, frequency of payments: half-yearly = 2, basis: = 0" @@ -30827,14 +26715,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_ODDLYIELD\">Reknar ut avkastinga på eit verdi #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3147366\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3150018\n" "help.text" msgid "ODDLYIELD(Settlement; Maturity; LastInterest; Rate; Price; Redemption; Frequency; Basis)" @@ -30899,14 +26779,6 @@ msgstr "<emph>Frekvens</emph> er talet på rentebetalingar pr. år (1, 2 eller 4 #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3145303\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3145350\n" "help.text" msgid "Settlement date: April 20 1999, maturity date: June 15 1999, last interest: October 15 1998. Interest rate: 3.75 per cent, price: 99.875 currency units, redemption value: 100 currency units, frequency of payments: half-yearly = 2, basis: = 0" @@ -30955,14 +26827,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VDB\">Returnerer avskrivinga for eit aktiva for ei #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3155519\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3149025\n" "help.text" msgid "VDB(Cost; Salvage; Life; S; End; Factor; NoSwitch)" @@ -31027,14 +26891,6 @@ msgstr "<emph>IkkjeByt</emph> er ein valfri parameter. IkkjeByt = 1 betyr eit by #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3148429\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3153927\n" "help.text" msgid "What is the declining-balance double-rate depreciation for a period if the initial cost is 35,000 currency units and the value at the end of the depreciation is 7,500 currency units. The depreciation period is 3 years. The depreciation from the 10th to the 20th period is calculated." @@ -31083,14 +26939,6 @@ msgstr "Viss betalinga skjer med ujamne intervall, bruk <link href=\"text/scalc/ #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3146149\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3149826\n" "help.text" msgid "XIRR(Values; Dates; Guess)" @@ -31115,14 +26963,6 @@ msgstr "<emph>Gjetting</emph> (valfri) er eit forslag for den interne rentesatse #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3145085\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3149273\n" "help.text" msgid "Calculation of the internal rate of return for the following five payments:" @@ -31331,14 +27171,6 @@ msgstr "Viss betalinga skjer med ujamne intervall, bruk <link href=\"text/scalc/ #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3155323\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3150117\n" "help.text" msgid "XNPV(Rate; Values; Dates)" @@ -31363,14 +27195,6 @@ msgstr "<emph>Verdiar</emph> og <emph>Datoar</emph> refererer til ein serie beta #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3148832\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3150525\n" "help.text" msgid "Calculation of the net present value for the above-mentioned five payments for a notional internal rate of return of 6%." @@ -31411,14 +27235,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ZGZ\">Reknar ut renta ut frå avkastinga av ei inv #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3148444\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3148804\n" "help.text" msgid "RRI(P; PV; FV)" @@ -31451,14 +27267,6 @@ msgstr "<emph>Sluttverdi</emph> er det ein ønskjer sluttverdien skal vere." #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3148941\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3154212\n" "help.text" msgid "For four periods (years) and a cash value of 7,500 currency units, the interest rate of the return is to be calculated if the future value is 10,000 currency units." @@ -31507,14 +27315,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ZINS\">Returnerer fastrenta per periode i ein annu #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3154272\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3158423\n" "help.text" msgid "RATE(NPer; Pmt; PV; FV; Type; Guess)" @@ -31571,14 +27371,6 @@ msgstr "<emph>Gjetting</emph> (valfri) bestemmer den estimerte verdien av renta #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3149791\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3150706\n" "help.text" msgid "What is the constant interest rate for a payment period of 3 periods if 10 currency units are paid regularly and the present cash value is 900 currency units." @@ -31619,14 +27411,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_INTRATE\">Reknar ut den årlege renta når eit #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3149974\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3149800\n" "help.text" msgid "INTRATE(Settlement; Maturity; Investment; Redemption; Basis)" @@ -31667,14 +27451,6 @@ msgstr "<emph>Innløysing</emph> er salssummen." #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3145380\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3149426\n" "help.text" msgid "A painting is bought on 1990-01-15 for 1 million and sold on 2002-05-05 for 2 million. The basis is daily balance calculation (basis = 3). What is the average annual level of interest?" @@ -31715,14 +27491,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_COUPNCD\">Returnerer den første datoen til de #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3153317\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3150423\n" "help.text" msgid "COUPNCD(Settlement; Maturity; Frequency; Basis)" @@ -31755,14 +27523,6 @@ msgstr "<emph>Frekvens</emph> er talet på rentebetalingar pr. år (1, 2 eller 4 #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3155424\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3154794\n" "help.text" msgid "A security is purchased on 2001-01-25; the date of maturity is 2001-11-15. Interest is paid half-yearly (frequency is 2). Using daily balance interest calculation (basis 3) when is the next interest date?" @@ -31803,14 +27563,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_COUPDAYS\">Returnerer talet på dagar i den gj #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3148685\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3149585\n" "help.text" msgid "COUPDAYS(Settlement; Maturity; Frequency; Basis)" @@ -31843,14 +27595,6 @@ msgstr "<emph>Frekvens</emph> er talet på rentebetalingar pr. år (1, 2 eller 4 #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3153705\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3147530\n" "help.text" msgid "A security is purchased on 2001-01-25; the date of maturity is 2001-11-15. Interest is paid half-yearly (frequency is 2). Using daily balance interest calculation (basis 3) how many days are there in the interest period in which the settlement date falls?" @@ -31891,14 +27635,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_COUPDAYSNC\">Returnerer talet på dagar frå b #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3151312\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3155121\n" "help.text" msgid "COUPDAYSNC(Settlement; Maturity; Frequency; Basis)" @@ -31931,14 +27667,6 @@ msgstr "<emph>Frekvens</emph> er talet på rentebetalingar per år (1, 2 eller 4 #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3155604\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3148671\n" "help.text" msgid "A security is purchased on 2001-01-25; the date of maturity is 2001-11-15. Interest is paid half-yearly (frequency is 2). Using daily balance interest calculation (basis 3) how many days are there until the next interest payment?" @@ -31979,14 +27707,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_COUPDAYBS\">Returnerer talet på dagar frå de #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3156142\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3159083\n" "help.text" msgid "COUPDAYBS(Settlement; Maturity; Frequency; Basis)" @@ -32019,14 +27739,6 @@ msgstr "<emph>Frekvens</emph> er talet på rentebetalingar per år (1, 2 eller 4 #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3153880\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3150592\n" "help.text" msgid "A security is purchased on 2001-01-25; the date of maturity is 2001-11-15. Interest is paid half-yearly (frequency is 2). Using daily balance interest calculation (basis 3) how many days is this?" @@ -32067,14 +27779,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_COUPPCD\">Returnerer siste rentedatoen før be #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3156269\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3153790\n" "help.text" msgid "COUPPCD(Settlement; Maturity; Frequency; Basis)" @@ -32107,14 +27811,6 @@ msgstr "<emph>Frekvens</emph> er talet på rentebetalingar per år (1, 2 eller 4 #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3150826\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3148968\n" "help.text" msgid "A security is purchased on 2001-01-25; the date of maturity is 2001-11-15. Interest is paid half-yearly (frequency is 2). Using daily balance interest calculation (basis 3) what was the interest date prior to purchase?" @@ -32155,14 +27851,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_COUPNUM\">Returnerer talet på kupongar (rente #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3148400\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3153200\n" "help.text" msgid "COUPNUM(Settlement; Maturity; Frequency; Basis)" @@ -32195,14 +27883,6 @@ msgstr "<emph>Frekvens</emph> er talet på rentebetalingar per år (1, 2 eller 4 #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3149319\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3152460\n" "help.text" msgid "A security is purchased on 2001-01-25; the date of maturity is 2001-11-15. Interest is paid half-yearly (frequency is 2). Using daily balance interest calculation (basis 3) how many interest dates are there?" @@ -32243,14 +27923,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ZINSZ\">Returnerer den periodiske avskrivinga på #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3153266\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3151283\n" "help.text" msgid "IPMT(Rate; Period; NPer; PV; FV; Type)" @@ -32307,14 +27979,6 @@ msgstr "<emph>Type</emph> er forfallsdatoen for dei periodiske betalingane." #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3150102\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3149438\n" "help.text" msgid "What is the interest rate during the fifth period (year) if the constant interest rate is 5% and the cash value is 15,000 currency units? The periodic payment is seven years." @@ -32355,14 +28019,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ZW\">Returnerer sluttverdien av ei investering ut #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3155178\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3145215\n" "help.text" msgid "FV(Rate; NPer; Pmt; PV; Type)" @@ -32411,14 +28067,6 @@ msgstr "<emph>Type</emph> (valfri) bestemmer om betalinga skjer først eller sis #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3146800\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3146813\n" "help.text" msgid "What is the value at the end of an investment if the interest rate is 4% and the payment period is two years, with a periodic payment of 750 currency units. The investment has a present value of 2,500 currency units." @@ -32459,14 +28107,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_FVSCHEDULE\">Reknar ut den akkumulerte verdien #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3149571\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3148891\n" "help.text" msgid "FVSCHEDULE(Principal; Schedule)" @@ -32491,14 +28131,6 @@ msgstr "<emph>Plan</emph> er ein serie rentesatsar, for eksempel som eit område #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3147288\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3148638\n" "help.text" msgid "1000 currency units have been invested in for three years. The interest rates were 3%, 4% and 5% per annum. What is the value after three years?" @@ -32539,14 +28171,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ZZR\">Returnerer talet på periodar i ei investeri #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3147216\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3155934\n" "help.text" msgid "NPER(Rate; Pmt; PV; FV; Type)" @@ -32595,14 +28219,6 @@ msgstr "<emph>Type</emph> (valfri) bestemmer om forfallsdatoen for betalinga er #: 04060118.xhp msgctxt "" "04060118.xhp\n" -"hd_id3155795\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060118.xhp -msgctxt "" -"04060118.xhp\n" "par_id3147378\n" "help.text" msgid "How many payment periods does a payment period cover with a periodic interest rate of 6%, a periodic payment of 153.75 currency units and a present cash value of 2.600 currency units." @@ -32691,14 +28307,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KAPZ\">Returnerer betalingssummen til oppdragsgjev #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3150459\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3146878\n" "help.text" msgid "PPMT(Rate; Period; NPer; PV; FV; Type)" @@ -32755,14 +28363,6 @@ msgstr "<emph>Type</emph> (valfritt) definerer forfallsdato. F = 1 for betaling #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3148582\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3154811\n" "help.text" msgid "How high is the periodic monthly payment at an annual interest rate of 8.75% over a period of 3 years? The cash value is 5,000 currency units and is always paid at the beginning of a period. The future value is 8,000 currency units." @@ -32803,14 +28403,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KUMKAPITAL\">Returnerer den kumulative renta som s #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3149188\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3148733\n" "help.text" msgid "CUMPRINC(Rate; NPer; PV; S; E; Type)" @@ -32867,14 +28459,6 @@ msgstr "<emph>Type</emph> er forfallsdatoen for betalinga ved byrjinga eller slu #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3154502\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3153570\n" "help.text" msgid "What are the payoff amounts if the yearly interest rate is 5.5% for 36 months? The cash value is 15,000 currency units. The payoff amount is calculated between the 10th and 18th period. The due date is at the end of the period." @@ -32915,14 +28499,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_CUMPRINC\">Reknar ut kumulativ innløysing av #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3153047\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3157970\n" "help.text" msgid "CUMPRINC_ADD(Rate; NPer; PV; StartPeriod; EndPeriod; Type)" @@ -32979,14 +28555,6 @@ msgstr "<emph>Type</emph> er forfallsdato for ei betaling i slutten av kvar peri #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3150269\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3148774\n" "help.text" msgid "The following mortgage loan is taken out on a house:" @@ -33059,14 +28627,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KUMZINSZ\">Reknar ut den kumulative renteutbetalin #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3155814\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3147536\n" "help.text" msgid "CUMIPMT(Rate; NPer; PV; S; E; Type)" @@ -33123,14 +28683,6 @@ msgstr "<emph>Type</emph> er forfallsdatoen for betalinga ved byrjinga eller slu #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3153723\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3147478\n" "help.text" msgid "What are the interest payments at a yearly interest rate of 5.5 %, a payment period of monthly payments for 2 years and a current cash value of 5,000 currency units? The start period is the 4th and the end period is the 6th period. The payment is due at the beginning of each period." @@ -33171,14 +28723,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_CUMIPMT\">Reknar ut den akkumulerte renta for #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3149713\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3145087\n" "help.text" msgid "CUMIPMT_ADD(Rate; NPer; PV; StartPeriod; EndPeriod; Type)" @@ -33235,14 +28779,6 @@ msgstr "<emph>Type</emph> er forfallsdato for ei betaling i slutten av kvar peri #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3152933\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3156324\n" "help.text" msgid "The following mortgage loan is taken out on a house:" @@ -33315,14 +28851,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_PRICE\">Reknar ut marknadsverdien av eit verdi #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3154646\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3152804\n" "help.text" msgid "PRICE(Settlement; Maturity; Rate; Yield; Redemption; Frequency; Basis)" @@ -33379,14 +28907,6 @@ msgstr "<emph>Frekvens</emph> er talet på rentebetalingar per år (1, 2 eller 4 #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3153148\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3150260\n" "help.text" msgid "A security is purchased on 1999-02-15; the maturity date is 2007-11-15. The nominal rate of interest is 5.75%. The yield is 6.5%. The redemption value is 100 currency units. Interest is paid half-yearly (frequency is 2). With calculation on basis 0, the price is as follows:" @@ -33427,14 +28947,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_PRICEDISC\">Reknar ut prisen per 100 valutaein #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3149294\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3146084\n" "help.text" msgid "PRICEDISC(Settlement; Maturity; Discount; Redemption; Basis)" @@ -33475,14 +28987,6 @@ msgstr "<emph>Innløysing</emph>er innløysingsverdien per 100 valutaeiningar av #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3152794\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3149198\n" "help.text" msgid "A security is purchased on 1999-02-15; the maturity date is 1999-03-01. Discount in per cent is 5.25%. The redemption value is 100. When calculating on basis 2 the price discount is as follows:" @@ -33523,14 +29027,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_PRICEMAT\">Reknar ut prisen per 100 valutaeini #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3154933\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3155393\n" "help.text" msgid "PRICEMAT(Settlement; Maturity; Issue; Rate; Yield; Basis)" @@ -33579,14 +29075,6 @@ msgstr "<emph>Avkast</emph> er den årlege avkastninga av verdipapiret." #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3150507\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3154289\n" "help.text" msgid "Settlement date: February 15 1999, maturity date: April 13 1999, issue date: November 11 1998. Interest rate: 6.1 per cent, yield: 6.1 per cent, basis: 30/360 = 0." @@ -33635,14 +29123,6 @@ msgstr "<ahelp hid=\"HID_FUNC_LAUFZEIT\"> Reknar ut talet på periodar det kjem #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3145421\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3148933\n" "help.text" msgid "DURATION(Rate; PV; FV)" @@ -33675,14 +29155,6 @@ msgstr "<emph>Sluttverdien</emph> er den forventa verdien. Sluttverdien bestemme #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3153579\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3148480\n" "help.text" msgid "At an interest rate of 4.75%, a cash value of 25,000 currency units and a future value of 1,000,000 currency units, a duration of 79.49 payment periods is returned. The periodic payment is the resulting quotient from the future value and the duration, in this case 1,000,000/79.49=12,850.20." @@ -33715,14 +29187,6 @@ msgstr "<ahelp hid=\"HID_FUNC_LIA\">Returnerer den lineære avskrivinga på ein #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3153240\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3166456\n" "help.text" msgid "SLN(Cost; Salvage; Life)" @@ -33755,14 +29219,6 @@ msgstr "<emph>levetid</emph> er avskrivingsperioden som bestemmer kor mange peri #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3155579\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3154098\n" "help.text" msgid "Office equipment with an initial cost of 50,000 currency units is to be depreciated over 7 years. The value at the end of the depreciation is to be 3,500 currency units." @@ -33803,14 +29259,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_MDURATION\">Reknar ut den endra Macauley-tidsl #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3149964\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3148987\n" "help.text" msgid "MDURATION(Settlement; Maturity; Coupon; Yield; Frequency; Basis)" @@ -33859,14 +29307,6 @@ msgstr "<emph>Frekvens</emph> er talet på rentebetalingar per år (1, 2 eller 4 #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3154602\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3148652\n" "help.text" msgid "A security is purchased on 2001-01-01; the maturity date is 2006-01-01. The nominal rate of interest is 8%. The yield is 9.0%. Interest is paid half-yearly (frequency is 2). Using daily balance interest calculation (basis 3) how long is the modified duration?" @@ -33915,14 +29355,6 @@ msgstr "Viss betalinga skjer med ujamne intervall, bruk <link href=\"text/scalc/ #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3149937\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3153321\n" "help.text" msgid "NPV(Rate; Value1; Value2; ...; Value30)" @@ -33947,14 +29379,6 @@ msgstr "<emph>Verdi1, Verdi2, …, Verdi30</emph> er opp til 30 verdiar som rep #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3153538\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3154800\n" "help.text" msgid "What is the net present value of periodic payments of 10, 20 and 30 currency units with a discount rate of 8.75%. At time zero the costs were paid as -40 currency units." @@ -33995,14 +29419,6 @@ msgstr "<ahelp hid=\"HID_FUNC_NOMINAL\">Reknar ut den årlege nominelle renterat #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3151252\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3152769\n" "help.text" msgid "NOMINAL(EffectiveRate; NPerY)" @@ -34027,14 +29443,6 @@ msgstr "<emph>Periodar</emph> er talet på rentebetalingar per år." #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3154473\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3147091\n" "help.text" msgid "What is the nominal interest per year for an effective interest rate of 13.5% if twelve payments are made per year." @@ -34075,14 +29483,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_NOMINAL\">Reknar ut den årlege nominelle rent #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3155611\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3156157\n" "help.text" msgid "NOMINAL_ADD(EffectiveRate; NPerY)" @@ -34107,14 +29507,6 @@ msgstr "<emph>Periodar</emph> er talet på rentebetalingar per år." #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3146789\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3145777\n" "help.text" msgid "What is the nominal rate of interest for a 5.3543% effective rate of interest and quarterly payment." @@ -34155,14 +29547,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_DOLLARFR\">Gjer om ei prisopplysning gjeve som #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3151106\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3152959\n" "help.text" msgid "DOLLARFR(DecimalDollar; Fraction)" @@ -34187,14 +29571,6 @@ msgstr "<emph>Brøkdel</emph> er eit heiltal som vert brukt som nemnar i desimal #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3156274\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3153795\n" "help.text" msgid "<item type=\"input\">=DOLLARFR(1.125;16)</item> converts into sixteenths. The result is 1.02 for 1 plus 2/16." @@ -34235,14 +29611,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_DOLLARDE\">Gjer om ei prisopplysning gjeve som #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3146124\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3150348\n" "help.text" msgid "DOLLARDE(FractionalDollar; Fraction)" @@ -34267,14 +29635,6 @@ msgstr "<emph>Brøkdel</emph> er eit heiltal som vert brukt som nemnar i desimal #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3153884\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3150941\n" "help.text" msgid "<item type=\"input\">=DOLLARDE(1.02;16)</item> stands for 1 and 2/16. This returns 1.125." @@ -34315,14 +29675,6 @@ msgstr "<ahelp hid=\"HID_FUNC_QIKV\">Returnerer den endra interne avkastingsrate #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3154354\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3148399\n" "help.text" msgid "MIRR(Values; Investment; ReinvestRate)" @@ -34355,14 +29707,6 @@ msgstr "<emph>Gjeninvesteringsrente</emph> er rentesatsen for gjeninvesteringa ( #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3154714\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3147352\n" "help.text" msgid "Assuming a cell content of A1 = <item type=\"input\">-5</item>, A2 = <item type=\"input\">10</item>, A3 = <item type=\"input\">15</item>, and A4 = <item type=\"input\">8</item>, and an investment value of 0.5 and a reinvestment value of 0.1, the result is 94.16%." @@ -34395,14 +29739,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_YIELD\">Reknar ut avkastinga av eit verdipapir #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3149344\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3149744\n" "help.text" msgid "YIELD(Settlement; Maturity; Rate; Price; Redemption; Frequency; Basis)" @@ -34459,14 +29795,6 @@ msgstr "<emph>Frekvens</emph> er talet på rentebetalingar per år (1, 2 eller 4 #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3147547\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3151214\n" "help.text" msgid "A security is purchased on 1999-02-15. It matures on 2007-11-15. The rate of interest is 5.75%. The price is 95.04287 currency units per 100 units of par value, the redemption value is 100 units. Interest is paid half-yearly (frequency = 2) and the basis is 0. How high is the yield?" @@ -34507,14 +29835,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_YIELDDISC\">Reknar ut den årlege avkastinga f #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3149171\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3159191\n" "help.text" msgid "YIELDDISC(Settlement; Maturity; Price; Redemption; Basis)" @@ -34555,14 +29875,6 @@ msgstr "<emph>Innløysing</emph>er innløysingsverdien per 100 valutaeiningar av #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3154139\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3163815\n" "help.text" msgid "A non-interest-bearing security is purchased on 1999-02-15. It matures on 1999-03-01. The price is 99.795 currency units per 100 units of par value, the redemption value is 100 units. The basis is 2. How high is the yield?" @@ -34603,14 +29915,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_YIELDMAT\">Reknar ut den årlege avkastinga av #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3159100\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3159113\n" "help.text" msgid "YIELDMAT(Settlement; Maturity; Issue; Rate; Price; Basis)" @@ -34659,14 +29963,6 @@ msgstr "<emph>Pris</emph> er kjøpsprisen for verdipapiret per 100 valutaeininga #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3155342\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3163717\n" "help.text" msgid "A security is purchased on 1999-03-15. It matures on 1999-11-03. The issue date was 1998-11-08. The rate of interest is 6.25%, the price is 100.0123 units. The basis is 0. How high is the yield?" @@ -34707,14 +30003,6 @@ msgstr "<ahelp hid=\"HID_FUNC_RMZ\">Returnerer den periodiske innbetalinga for e #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3145257\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3147278\n" "help.text" msgid "PMT(Rate; NPer; PV; FV; Type)" @@ -34763,14 +30051,6 @@ msgstr "<emph>Type</emph> (valfri) er forfallsdatoen for dei periodiske betaling #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3152358\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3154222\n" "help.text" msgid "What are the periodic payments at a yearly interest rate of 1.99% if the payment time is 3 years and the cash value is 25,000 currency units. There are 36 months as 36 payment periods, and the interest rate per payment period is 1.99%/12." @@ -34811,14 +30091,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_TBILLEQ\">Reknar ut den årlege avkastinga på #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3155080\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3150224\n" "help.text" msgid "TBILLEQ(Settlement; Maturity; Discount)" @@ -34851,14 +30123,6 @@ msgstr "<emph>Rabatt</emph> er rabatten i prosent då verdipapiret vart kjøpt." #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3150324\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3153173\n" "help.text" msgid "Settlement date: March 31 1999, maturity date: June 1 1999, discount: 9.14 per cent." @@ -34907,14 +30171,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_TBILLPRICE\">Reknar ut prisen på eit kortfris #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3156374\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3150284\n" "help.text" msgid "TBILLPRICE(Settlement; Maturity; Discount)" @@ -34947,14 +30203,6 @@ msgstr "<emph>diskontering</emph> er den prosentvise rabatten ved kjøp av verdi #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3153373\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3155542\n" "help.text" msgid "Settlement date: March 31 1999, maturity date: June 1 1999, discount: 9 per cent." @@ -35003,14 +30251,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_TBILLYIELD\">Reknar ut avkastinga av eit kortf #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3145578\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3156077\n" "help.text" msgid "TBILLYIELD(Settlement; Maturity; Price)" @@ -35043,14 +30283,6 @@ msgstr "<emph>Pris</emph> er kjøpsprisen for statsobligasjonen per 100 valutaei #: 04060119.xhp msgctxt "" "04060119.xhp\n" -"hd_id3149642\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060119.xhp -msgctxt "" -"04060119.xhp\n" "par_id3145178\n" "help.text" msgid "Settlement date: March 31 1999, maturity date: June 1 1999, price: 98.45 currency units." @@ -35131,14 +30363,6 @@ msgstr "<ahelp hid=\"HID_FUNC_BITAND\">Returnerer ein bitvis logisk «og» av pa #: 04060120.xhp msgctxt "" "04060120.xhp\n" -"hd_id4150459\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060120.xhp -msgctxt "" -"04060120.xhp\n" "par_id4146878\n" "help.text" msgid "BITAND(number1; number2)" @@ -35155,14 +30379,6 @@ msgstr "<emph>Tal1</emph> og <emph>tal2</emph> er positive heiltal mindre enn 2 #: 04060120.xhp msgctxt "" "04060120.xhp\n" -"hd_id4148582\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060120.xhp -msgctxt "" -"04060120.xhp\n" "par_id4149246\n" "help.text" msgid "<item type=\"input\">=BITAND(6;10)</item> returns 2 (0110 & 1010 = 0010)." @@ -35195,14 +30411,6 @@ msgstr "<ahelp hid=\"HID_FUNC_BITOR\">Returnerer ein bitvis logisk «ELLER» av #: 04060120.xhp msgctxt "" "04060120.xhp\n" -"hd_id4149188\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060120.xhp -msgctxt "" -"04060120.xhp\n" "par_id4148733\n" "help.text" msgid "BITOR(number1; number2)" @@ -35251,14 +30459,6 @@ msgstr "<ahelp hid=\"HID_FUNC_BITXOR\">Returnerer ein bitvis logisk «eksklusiv #: 04060120.xhp msgctxt "" "04060120.xhp\n" -"hd_id4153047\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060120.xhp -msgctxt "" -"04060120.xhp\n" "par_id4157970\n" "help.text" msgid "BITXOR(number1; number2)" @@ -35275,14 +30475,6 @@ msgstr "<emph>Tal1</emph> og <emph>tal2</emph> er positive heiltal mindre enn 2 #: 04060120.xhp msgctxt "" "04060120.xhp\n" -"hd_id4150269\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060120.xhp -msgctxt "" -"04060120.xhp\n" "par_id4149394\n" "help.text" msgid "<item type=\"input\">=BITXOR(6;10)</item> returns 12 (0110 ^ 1010 = 1100)" @@ -35315,14 +30507,6 @@ msgstr "<ahelp hid=\"HID_FUNC_BITLSHIFT\">Forskyv eit tal n plassar til venstre. #: 04060120.xhp msgctxt "" "04060120.xhp\n" -"hd_id4155814\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060120.xhp -msgctxt "" -"04060120.xhp\n" "par_id4147536\n" "help.text" msgid "BITLSHIFT(number; shift)" @@ -35347,14 +30531,6 @@ msgstr "<emph>Skift</emph> er kor mange plassar bit-ane skal flyttast til venstr #: 04060120.xhp msgctxt "" "04060120.xhp\n" -"hd_id4153723\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060120.xhp -msgctxt "" -"04060120.xhp\n" "par_id4149819\n" "help.text" msgid "<item type=\"input\">=BITLSHIFT(6;1)</item> returns 12 (0110 << 1 = 1100)." @@ -35387,14 +30563,6 @@ msgstr "<ahelp hid=\"HID_FUNC_BITRSHIFT\">Flytter eit tal n bit-ar mot høgre.</ #: 04060120.xhp msgctxt "" "04060120.xhp\n" -"hd_id4149713\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060120.xhp -msgctxt "" -"04060120.xhp\n" "par_id4145087\n" "help.text" msgid "BITRSHIFT(number; shift)" @@ -35419,14 +30587,6 @@ msgstr "<emph>Skift</emph> er kor mange plassar bit-ane skal flyttast til høgre #: 04060120.xhp msgctxt "" "04060120.xhp\n" -"hd_id4152933\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060120.xhp -msgctxt "" -"04060120.xhp\n" "par_id4156130\n" "help.text" msgid "<item type=\"input\">=BITRSHIFT(6;1)</item> returns 3 (0110 >> 1 = 0011)." @@ -35475,14 +30635,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ACHSENABSCHNITT\">Reknar ut punktet der ei linje s #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3150374\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3149718\n" "help.text" msgid "INTERCEPT(DataY; DataX)" @@ -35515,14 +30667,6 @@ msgstr "Du må skriva inn namn, matriser eller referanser som inneheld tal her. #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3157906\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3148728\n" "help.text" msgid "To calculate the intercept, use cells D3:D9 as the y value and C3:C9 as the x value from the example spreadsheet. Input will be as follows:" @@ -35563,14 +30707,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ANZAHL\">Tel kor mange tal som finst i lista over #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3153930\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3148585\n" "help.text" msgid "COUNT(Value1; Value2; ...; Value30)" @@ -35587,14 +30723,6 @@ msgstr "<emph>Verdi1; Verdi2, ..., Verdi30</emph> er 1 til 30 verdiar eller omr #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3149254\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3149953\n" "help.text" msgid "The entries 2, 4, 6 and eight in the Value 1-4 fields are to be counted." @@ -35635,14 +30763,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ANZAHL2\">Tel kor mange verdiar som finst i lista #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3148573\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3153111\n" "help.text" msgid "COUNTA(Value1; Value2; ...; Value30)" @@ -35659,14 +30779,6 @@ msgstr "<emph>Verdi1; Verdi2, ..., Verdi30</emph> er 1 til 30 argument med verdi #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3150334\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3154508\n" "help.text" msgid "The entries 2, 4, 6 and eight in the Value 1-4 fields are to be counted." @@ -35707,14 +30819,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ANZAHLLEEREZELLEN\">Returnerer talet på tomme cel #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3145144\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3153931\n" "help.text" msgid "COUNTBLANK(Range)" @@ -35731,14 +30835,6 @@ msgstr "Returnerer talet på tomme celler i celleområdet <emph>Område</emph>." #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3146139\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3148586\n" "help.text" msgid "<item type=\"input\">=COUNTBLANK(A1:B2)</item> returns 4 if cells A1, A2, B1, and B2 are all empty." @@ -35771,14 +30867,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ZAEHLENWENN\">Returnerer talet på celler som oppf #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3164953\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3164967\n" "help.text" msgid "COUNTIF(Range; Criteria)" @@ -35803,14 +30891,6 @@ msgstr "<emph>Vilkår</emph> viser vilkåret i form av eit tal, eit uttrykk elle #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3165037\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3166505\n" "help.text" msgid "A1:A10 is a cell range containing the numbers <item type=\"input\">2000</item> to <item type=\"input\">2009</item>. Cell B1 contains the number <item type=\"input\">2006</item>. In cell B2, you enter a formula:" @@ -35891,14 +30971,6 @@ msgstr "<ahelp hid=\"HID_FUNC_B\">Returnerer sannsynet for ein stikkprøve med b #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3150659\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3148392\n" "help.text" msgid "B(Trials; SP; T1; T2)" @@ -35939,14 +31011,6 @@ msgstr "<emph>Øvre_grense</emph> (valfri) er den øvre grensa for talet på for #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3148768\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3154633\n" "help.text" msgid "What is the probability with ten throws of the dice, that a six will come up exactly twice? The probability of a six (or any other number) is 1/6. The following formula combines these factors:" @@ -35987,14 +31051,6 @@ msgstr "<ahelp hid=\"HID_FUNC_BESTIMMTHEITSMASS\">Returnerer kvadratet av Pearso #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3152820\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3155822\n" "help.text" msgid "RSQ(DataY; DataX)" @@ -36019,14 +31075,6 @@ msgstr "<emph>DataX</emph> er ei matrise eller eit område med datapunkt" #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3156258\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3155991\n" "help.text" msgid "<item type=\"input\">=RSQ(A1:A20;B1:B20)</item> calculates the determination coefficient for both data sets in columns A and B." @@ -36059,14 +31107,6 @@ msgstr "<ahelp hid=\"HID_FUNC_BETAINV\">Returnerer inversverdien til den kumulat #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3152479\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3156300\n" "help.text" msgid "BETAINV(Number; Alpha; Beta; Start; End)" @@ -36115,14 +31155,6 @@ msgstr "<emph>Slutt</emph> (valfri) er den øvre grenseverdien for <emph>Tal</em #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3147077\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3146859\n" "help.text" msgid "<item type=\"input\">=BETAINV(0.5;5;10)</item> returns the value 0.33." @@ -36155,14 +31187,6 @@ msgstr "<ahelp hid=\"HID_FUNC_BETAINV_MS\">Returnerer inversverdien til den kumu #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2952479\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2956300\n" "help.text" msgid "BETA.INV(Number; Alpha; Beta; Start; End)" @@ -36211,14 +31235,6 @@ msgstr "<emph>Slutt</emph> (valfri) er den øvre grenseverdien for <emph>Tal</em #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2947077\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2946859\n" "help.text" msgid "<item type=\"input\">=BETA.INV(0.5;5;10)</item> returns the value 0.3257511553." @@ -36251,14 +31267,6 @@ msgstr "<ahelp hid=\"HID_FUNC_BETAVERT\">Returnerer betafunksjonen.</ahelp>" #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3150762\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3147571\n" "help.text" msgid "BETADIST(Number; Alpha; Beta; Start; End; Cumulative)" @@ -36315,14 +31323,6 @@ msgstr "<emph>Kumulativ</emph> (valfri) kan vera 0 eller Usann for å rekna ut d #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3145649\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3156118\n" "help.text" msgid "<item type=\"input\">=BETADIST(0.75;3;4)</item> returns the value 0.96." @@ -36355,14 +31355,6 @@ msgstr "<ahelp hid=\"HID_FUNC_BETADIST_MS\">Returnerer beta-funksjonen.</ahelp>" #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2950762\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2947571\n" "help.text" msgid "BETA.DIST(Number; Alpha; Beta; Cumulative; Start; End)" @@ -36419,14 +31411,6 @@ msgstr "<emph>Slutt</emph> (valfri) er den øvre grenseverdien for <emph>Tal</em #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2945649\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2956118\n" "help.text" msgid "<item type=\"input\">=BETA.DIST(2;8;10;1;1;3)</item> returns the value 0.6854706" @@ -36467,14 +31451,6 @@ msgstr "<ahelp hid=\"HID_FUNC_BINOMVERT\">Returnerer sannsynet for binomialforde #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3149289\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3156009\n" "help.text" msgid "BINOMDIST(X; Trials; SP; C)" @@ -36515,14 +31491,6 @@ msgstr "<emph>Kumulativ</emph>= 0 reknar ut sannsynet for ei enkelt hending. <em #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3151171\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3145666\n" "help.text" msgid "<item type=\"input\">=BINOMDIST(A1;12;0.5;0)</item> shows (if the values <item type=\"input\">0</item> to <item type=\"input\">12</item> are entered in A1) the probabilities for 12 flips of a coin that <emph>Heads</emph> will come up exactly the number of times entered in A1." @@ -36563,14 +31531,6 @@ msgstr "<ahelp hid=\"HID_FUNC_BINOM_DIST_MS\">Returnerer sannsynet for binomialf #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2949289\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2956009\n" "help.text" msgid "BINOM.DIST(X; Trials; SP; C)" @@ -36611,14 +31571,6 @@ msgstr "<emph>Kumulativ</emph>= 0 reknar ut sannsynet for ei enkelt hending. <em #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id291171\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id295666\n" "help.text" msgid "<item type=\"input\">=BINOM.DIST(A1;12;0.5;0)</item> shows (if the values <item type=\"input\">0</item> to <item type=\"input\">12</item> are entered in A1) the probabilities for 12 flips of a coin that <emph>Heads</emph> will come up exactly the number of times entered in A1." @@ -36659,14 +31611,6 @@ msgstr "<ahelp hid=\"HID_FUNC_BINOM_INV_MS\">Returnerer den minste verdien der d #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2849289\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2856009\n" "help.text" msgid "BINOM.INV(Trials; SP; Alpha)" @@ -36699,14 +31643,6 @@ msgstr "<emph>Alfa</emph>: Grensesannsynet som er oppnådd eller overskride." #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id281171\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id285666\n" "help.text" msgid "<item type=\"input\">=BINOM.INV(8;0.6;0.9)</item> returns 7, the smallest value for which the cumulative binomial distribution is greater than or equal to a criterion value." @@ -36739,14 +31675,6 @@ msgstr "<ahelp hid=\".\">Returnerer den inverse av KJIKVADRATFORDELING.</ahelp>" #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id0119200902475241\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id0119200902475286\n" "help.text" msgid "<emph>Probability</emph> is the probability value for which the inverse of the chi-square distribution is to be calculated." @@ -36787,14 +31715,6 @@ msgstr "<ahelp hid=\"HID_FUNC_CHISQINV_MS\">Returnerer inversverdien av det vens #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2919200902475241\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id1150504\n" "help.text" msgid "CHISQ.INV(Probability; DegreesFreedom)" @@ -36819,14 +31739,6 @@ msgstr "<emph>Fridomsgrader</emph> er fridomsgrader for kjikvadratfunksjonen." #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id271171\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id275666\n" "help.text" msgid "<item type=\"input\">=CHISQ.INV(0,5;1)</item> returns 0.4549364231." @@ -36859,14 +31771,6 @@ msgstr "<ahelp hid=\"HID_FUNC_CHIINV\">Returnerer inversverdien av det einhala s #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3159157\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3150504\n" "help.text" msgid "CHIINV(Number; DegreesFreedom)" @@ -36891,14 +31795,6 @@ msgstr "<emph>Fridomsgrader</emph> er graden av fridom i eksperimentet." #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3154208\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3150777\n" "help.text" msgid "A die is thrown 1020 times. The numbers on the die 1 through 6 come up 195, 151, 148, 189, 183 and 154 times (observation values). The hypothesis that the die is not fixed is to be tested." @@ -36971,14 +31867,6 @@ msgstr "<ahelp hid=\"HID_FUNC_CHIINV_MS\">Returnerer inversverdien av det einhal #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2959157\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2950504\n" "help.text" msgid "CHISQ.INV.RT(Number; DegreesFreedom)" @@ -37003,14 +31891,6 @@ msgstr "<emph>Fridomsgrader</emph> er graden av fridom i eksperimentet." #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2954208\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2950777\n" "help.text" msgid "A die is thrown 1020 times. The numbers on the die 1 through 6 come up 195, 151, 148, 189, 183 and 154 times (observation values). The hypothesis that the die is not fixed is to be tested." @@ -37091,14 +31971,6 @@ msgstr "Sannsynet rekna ut med KJITEST kan også bestemmast med KJIFORDELING. Kj #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3154280\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3149162\n" "help.text" msgid "CHITEST(DataB; DataE)" @@ -37123,14 +31995,6 @@ msgstr "<emph>Teoretisk_verdi</emph> er området med dei teoretiske, venta verdi #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3146946\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3154096\n" "help.text" msgid "Data_B (observed)" @@ -37331,14 +32195,6 @@ msgstr "Sannsynet rekna ut med KJITEST kan også bestemmast med KJIKVADRATFORDEL #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2954280\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2949162\n" "help.text" msgid "CHISQ.TEST(DataB; DataE)" @@ -37363,14 +32219,6 @@ msgstr "<emph>Teoretisk_verdi</emph> er området med dei teoretiske, venta verdi #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2946946\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2954096\n" "help.text" msgid "Data_B (observed)" @@ -37571,14 +32419,6 @@ msgstr "Sannsynet som er reka ut med KJIFORDELING kan også bestemmast med KJITE #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3155123\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3158439\n" "help.text" msgid "CHIDIST(Number; DegreesFreedom)" @@ -37603,14 +32443,6 @@ msgstr "<emph>Fridomsgrader</emph> er graden av fridom i eksperimentet." #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3146787\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3145774\n" "help.text" msgid "<item type=\"input\">=CHIDIST(13.27; 5)</item> equals 0.02." @@ -37651,14 +32483,6 @@ msgstr "<ahelp hid=\"HID_FUNC_CHISQDIST_MS\">Returnerer sannsynstettleiksfunksjo #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2855123\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2858439\n" "help.text" msgid "CHISQ.DIST(Number; DegreesFreedom; Cumulative)" @@ -37691,14 +32515,6 @@ msgstr "<emph>Kumulativ</emph> kan vera 0 eller USANN for å rekna ut den sannsy #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2846787\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2845774\n" "help.text" msgid "<item type=\"input\">=CHISQ.DIST(3; 2; 0) </item>equals 0.1115650801, the probability density function with 2 degrees of freedom, at x = 3." @@ -37747,14 +32563,6 @@ msgstr "Sannsynet som vart funne med KJIKVADRAT.FORDELING.H kan også reknast ut #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2955123\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2958439\n" "help.text" msgid "CHISQ.DIST.RT(Number; DegreesFreedom)" @@ -37779,14 +32587,6 @@ msgstr "<emph>Fridomsgrader</emph> er graden av fridom i eksperimentet." #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2946787\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2945774\n" "help.text" msgid "<item type=\"input\">=CHISQ.DIST.RT(13.27; 5)</item> equals 0.0209757694." @@ -37827,14 +32627,6 @@ msgstr "<ahelp hid=\".\">Gjev verdien til sannsynstettleiksfunksjonen eller den #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id0119200902395520\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id0119200902395679\n" "help.text" msgid "CHISQDIST(Number; Degrees Of Freedom; Cumulative)" @@ -37891,14 +32683,6 @@ msgstr "<ahelp hid=\"HID_FUNC_EXPONVERT\">Returnerer eksponentialfordelinga.</ah #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3153789\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3150987\n" "help.text" msgid "EXPONDIST(Number; Lambda; C)" @@ -37931,14 +32715,6 @@ msgstr "<emph>Kumulativ</emph> er ein logisk verdi som avgjer funksjonstypen.<em #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id3146133\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id3150357\n" "help.text" msgid "<item type=\"input\">=EXPONDIST(3;0.5;1)</item> returns 0.78." @@ -37971,14 +32747,6 @@ msgstr "<ahelp hid=\"HID_FUNC_EXP_DIST_MS\">Returnerer den eksonentiale fordelin #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2953789\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2950987\n" "help.text" msgid "EXPON.DIST(Number; Lambda; C)" @@ -38011,14 +32779,6 @@ msgstr "<emph>Kumulativ</emph> er ein logisk verdi som avgjer funksjonstypen.<em #: 04060181.xhp msgctxt "" "04060181.xhp\n" -"hd_id2946133\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060181.xhp -msgctxt "" -"04060181.xhp\n" "par_id2950357\n" "help.text" msgid "<item type=\"input\">=EXPON.DIST(3;0.5;1)</item> returns 0.7768698399." @@ -38067,14 +32827,6 @@ msgstr "<ahelp hid=\"HID_FUNC_FINV\">Returnerer inversverdien til F-sannsynsford #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3153816\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3153068\n" "help.text" msgid "FINV(Number; DegreesFreedom1; DegreesFreedom2)" @@ -38107,14 +32859,6 @@ msgstr "<emph>Fridomsgrader2</emph> er talet på fridomsgrader i nemnaren for F- #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3156021\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3145073\n" "help.text" msgid "<item type=\"input\">=FINV(0.5;5;10)</item> yields 0.93." @@ -38147,14 +32891,6 @@ msgstr "<ahelp hid=\"HID_FUNC_F_INV_LT\">Returnerer inversverdien til F-sannsyns #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2953816\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2953068\n" "help.text" msgid "F.INV(Number; DegreesFreedom1; DegreesFreedom2)" @@ -38187,14 +32923,6 @@ msgstr "<emph>FriGrad2</emph> er talet på fridomsgrader i nemnaren for F-fordel #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2956021\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2945073\n" "help.text" msgid "<item type=\"input\">=F.INV(0.5;5;10)</item> yields 0.9319331609." @@ -38227,14 +32955,6 @@ msgstr "<ahelp hid=\"HID_FUNC_F_INV_RT\">Returnerer inversverdien av høgresida #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2853816\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2853068\n" "help.text" msgid "F.INV.RT(Number; DegreesFreedom1; DegreesFreedom2)" @@ -38267,14 +32987,6 @@ msgstr "<emph>Fridomsgrader2</emph> er talet på fridomsgrader i nemnaren for F- #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2856021\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2845073\n" "help.text" msgid "<item type=\"input\">=F.INV.RT(0.5;5;10)</item> yields 0.9319331609." @@ -38307,14 +33019,6 @@ msgstr "<ahelp hid=\"HID_FUNC_FISHER\">Returnerer Fisher-transformasjonen for x #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3149898\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3143220\n" "help.text" msgid "FISHER(Number)" @@ -38331,14 +33035,6 @@ msgstr "<emph>Tal</emph> er verdien som skal omformast." #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3154763\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3149383\n" "help.text" msgid "<item type=\"input\">=FISHER(0.5)</item> yields 0.55." @@ -38371,14 +33067,6 @@ msgstr "<ahelp hid=\"HID_FUNC_FISHERINV\">Returnerer inversen av Fisher-transfor #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3155755\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3146108\n" "help.text" msgid "FISHERINV(Number)" @@ -38395,14 +33083,6 @@ msgstr "<emph>Tal</emph> er verdien som skal omformast motsett." #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3155744\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3150432\n" "help.text" msgid "<item type=\"input\">=FISHERINV(0.5)</item> yields 0.46." @@ -38435,14 +33115,6 @@ msgstr "<ahelp hid=\"HID_FUNC_FTEST\">Returnerer resultatet av ein F-test.</ahel #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3166466\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3153024\n" "help.text" msgid "FTEST(Data1; Data2)" @@ -38467,14 +33139,6 @@ msgstr "<emph>Data2</emph> er den andre dataposttabellen." #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3153123\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3159126\n" "help.text" msgid "<item type=\"input\">=FTEST(A1:A30;B1:B12)</item> calculates whether the two data sets are different in their variance and returns the probability that both sets could have come from the same total population." @@ -38507,14 +33171,6 @@ msgstr "<ahelp hid=\"HID_FUNC_F_TEST_MS\">Returnerer resultatet av ein F-test.</ #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2966466\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2953024\n" "help.text" msgid "F.TEST(Data1; Data2)" @@ -38539,14 +33195,6 @@ msgstr "<emph>Data2</emph> er den andre dataposttabellen." #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2953123\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2959126\n" "help.text" msgid "<item type=\"input\">=F.TEST(A1:A30;B1:B12)</item> calculates whether the two data sets are different in their variance and returns the probability that both sets could have come from the same total population." @@ -38579,14 +33227,6 @@ msgstr "<ahelp hid=\"HID_FUNC_FVERT\">Reknar ut verdiane i ei F-fordeling.</ahel #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3150484\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3145826\n" "help.text" msgid "FDIST(Number; DegreesFreedom1; DegreesFreedom2)" @@ -38619,14 +33259,6 @@ msgstr "<emph>Fridomsgrader2</emph> er fridomsgradene i nemnaren i F-fordelinga. #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3147423\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3150696\n" "help.text" msgid "<item type=\"input\">=FDIST(0.8;8;12)</item> yields 0.61." @@ -38659,14 +33291,6 @@ msgstr "<ahelp hid=\"HID_FUNC_F_DIST_LT\">Reknar ut verdiane i ei venstredels F- #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2950484\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2945826\n" "help.text" msgid "F.DIST(Number; DegreesFreedom1; DegreesFreedom2; Cumulative)" @@ -38707,14 +33331,6 @@ msgstr "<emph>Kumulativ</emph> = 0 eller USANN reknar ut tettleiksfunksjonen <em #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2947423\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2950696\n" "help.text" msgid "<item type=\"input\">=F.DIST(0.8;8;12;0)</item> yields 0.7095282499." @@ -38755,14 +33371,6 @@ msgstr "<ahelp hid=\"HID_FUNC_F_DIST_RT\">Reknar ut verdiane på høgresida i ei #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2850484\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2845826\n" "help.text" msgid "F.DIST.RT(Number; DegreesFreedom1; DegreesFreedom2)" @@ -38795,14 +33403,6 @@ msgstr "<emph>FriGrad2</emph> er fridomsgradene i nemnaren i F-fordelinga." #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2847423\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2850696\n" "help.text" msgid "<item type=\"input\">=F.DIST.RT(0.8;8;12)</item> yields 0.6143396437." @@ -38835,14 +33435,6 @@ msgstr "<ahelp hid=\".\">Returnerer verdien av gammafunksjonen.</ahelp> Merk at #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id0119200903271613\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id0119200903271614\n" "help.text" msgid "<emph>Number</emph> is the number for which the Gamma function value is to be calculated." @@ -38875,14 +33467,6 @@ msgstr "<ahelp hid=\"HID_FUNC_GAMMAINV\">Returnerer den inverse av den kumulerte #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3149949\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3155828\n" "help.text" msgid "GAMMAINV(Number; Alpha; Beta)" @@ -38915,14 +33499,6 @@ msgstr "<emph>Beta</emph> er parameteren beta for gammafordelinga." #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3148734\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3153331\n" "help.text" msgid "<item type=\"input\">=GAMMAINV(0.8;1;1)</item> yields 1.61." @@ -38963,14 +33539,6 @@ msgstr "Denne funksjonen er identisk med GAMMAINV og vart laga for å få samsva #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2919949\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2915828\n" "help.text" msgid "GAMMA.INV(Number; Alpha; Beta)" @@ -39003,14 +33571,6 @@ msgstr "<emph>Beta</emph> er parameteren beta for gammafordelinga." #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2918734\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2913331\n" "help.text" msgid "<item type=\"input\">=GAMMA.INV(0.8;1;1)</item> yields 1.61." @@ -39043,14 +33603,6 @@ msgstr "<ahelp hid=\"HID_FUNC_GAMMALN\">Returnerer den naturlege logaritmen til #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3152999\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3153112\n" "help.text" msgid "GAMMALN(Number)" @@ -39067,14 +33619,6 @@ msgstr "<emph>Tal</emph> er verdien som den naturlege logaritmen av gammafunksjo #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3153568\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3153730\n" "help.text" msgid "<item type=\"input\">=GAMMALN(2)</item> yields 0." @@ -39107,14 +33651,6 @@ msgstr "<ahelp hid=\"HID_FUNC_GAMMALN_MS\">Returnerer den naturlege logaritmen t #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2912999\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2913112\n" "help.text" msgid "GAMMALN.PRECISE(Number)" @@ -39131,14 +33667,6 @@ msgstr "<emph>Tal</emph> er verdien som den naturlege logaritmen av gammafunksjo #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2913568\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2913730\n" "help.text" msgid "<item type=\"input\">=GAMMALN.PRECISE(2)</item> yields 0." @@ -39179,14 +33707,6 @@ msgstr "Den inverse funksjonen er GAMMAINV." #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3147373\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3155436\n" "help.text" msgid "GAMMADIST(Number; Alpha; Beta; C)" @@ -39227,14 +33747,6 @@ msgstr "<emph>Kumulativ</emph> (valfri) = 0 eller Usann reknar ut tettleiksfunks #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3149535\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3145354\n" "help.text" msgid "<item type=\"input\">=GAMMADIST(2;1;1;1)</item> yields 0.86." @@ -39283,14 +33795,6 @@ msgstr "Denne funksjonen er identisk til GAMMAFORDELING og er lagt til for å ve #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2406201422383599\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id240620142238475\n" "help.text" msgid "GAMMA.DIST(Number; Alpha; Beta; C)" @@ -39331,14 +33835,6 @@ msgstr "<emph>Kumulativ</emph> (valfri) = 0 eller Usann reknar ut tettleiksfunks #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2406201422391870\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2406201422392251\n" "help.text" msgid "<item type=\"input\">=GAMMA.DIST(2;1;1;1)</item> yields 0.86." @@ -39379,14 +33875,6 @@ msgstr "Det er GAUSS(x)=NORMALFORDELING(x)-0,5" #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3153551\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3155368\n" "help.text" msgid "GAUSS(Number)" @@ -39403,14 +33891,6 @@ msgstr "<emph>Tal</emph> er den verdien standardnormalfordelinga skal reknast ut #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3150691\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3154867\n" "help.text" msgid "<item type=\"input\">=GAUSS(0.19)</item> = 0.08" @@ -39451,14 +33931,6 @@ msgstr "<ahelp hid=\"HID_FUNC_GEOMITTEL\">Returnerer den geometriske middelverdi #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3147167\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3153720\n" "help.text" msgid "GEOMEAN(Number1; Number2; ...; Number30)" @@ -39475,14 +33947,6 @@ msgstr "<emph>Tal1, Tal2, …Tal30</emph> er numeriske argument eller område so #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3146146\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3149819\n" "help.text" msgid "<item type=\"input\">=GEOMEAN(23;46;69)</item> = 41.79. The geometric mean value of this random sample is therefore 41.79." @@ -39515,14 +33979,6 @@ msgstr "<ahelp hid=\"HID_FUNC_GESTUTZTMITTEL\">Returnerer gjennomsnittet av eit #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3149281\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3154821\n" "help.text" msgid "TRIMMEAN(Data; Alpha)" @@ -39547,14 +34003,6 @@ msgstr "<emph>Alfa</emph> er prosentdelen av dei marginale data som ikkje skal r #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3151180\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3156130\n" "help.text" msgid "<item type=\"input\">=TRIMMEAN(A1:A50; 0.1)</item> calculates the mean value of numbers in A1:A50, without taking into consideration the 5 percent of the values representing the highest values and the 5 percent of the values representing the lowest ones. The percentage numbers refer to the amount of the untrimmed mean value, not to the number of summands." @@ -39587,14 +34035,6 @@ msgstr "<ahelp hid=\"HID_FUNC_GTEST\">Returnerer den tohala P-verdien av ein z-t #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3150872\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3153274\n" "help.text" msgid "ZTEST(Data; mu; Sigma)" @@ -39659,14 +34099,6 @@ msgstr "<ahelp hid=\"HID_FUNC_Z_TEST_MS\">Reknar ut sannsynet for å observera e #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2950872\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2953274\n" "help.text" msgid "Z.TEST(Data; mu; Sigma)" @@ -39699,14 +34131,6 @@ msgstr "<emph>Sigma</emph>(valfri) er det kjende standardavviket for populasjone #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2949539\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2948770\n" "help.text" msgid "<item type=\"input\">=Z.TEST(A2:A20; 9; 2)</item> returns the result of a z-test on a sample A2:A20 drawn from a population with known mean 9 and known standard deviation 2." @@ -39739,14 +34163,6 @@ msgstr "<ahelp hid=\"HID_FUNC_HARMITTEL\">Returnerer det harmoniske gjennomsnitt #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3146900\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3149287\n" "help.text" msgid "HARMEAN(Number1; Number2; ...; Number30)" @@ -39763,14 +34179,6 @@ msgstr "<emph>Tal1, Tal2, …Tal30</emph> er opp til 30 verdiar eller område so #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3159179\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3146093\n" "help.text" msgid "<item type=\"input\">=HARMEAN(23;46;69)</item> = 37.64. The harmonic mean of this random sample is thus 37.64" @@ -39803,14 +34211,6 @@ msgstr "<ahelp hid=\"HID_FUNC_HYPGEOMVERT\">Returnerer den hypergeometriske ford #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3154697\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3155388\n" "help.text" msgid "HYPGEOMDIST(X; NSample; Successes; NPopulation)" @@ -39851,14 +34251,6 @@ msgstr "<emph>Populasjonsstorleiken</emph> er storleiken på den totale populasj #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id3150529\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id3154904\n" "help.text" msgid "<item type=\"input\">=HYPGEOMDIST(2;2;90;100)</item> yields 0.81. If 90 out of 100 pieces of buttered toast fall from the table and hit the floor with the buttered side first, then if 2 pieces of buttered toast are dropped from the table, the probability is 81%, that both will strike buttered side first." @@ -39891,14 +34283,6 @@ msgstr "<ahelp hid=\"HID_FUNC_HYP_GEOM_DIST_MS\">Returnerer den hypergeometriske #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2954697\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2955388\n" "help.text" msgid "HYPGEOM.DIST(X; NSample; Successes; NPopulation; Cumulative)" @@ -39947,14 +34331,6 @@ msgstr "<emph>Kumulativ</emph>: Dersom denne er 0 eller USANN vert sannsynstettl #: 04060182.xhp msgctxt "" "04060182.xhp\n" -"hd_id2950529\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060182.xhp -msgctxt "" -"04060182.xhp\n" "par_id2954904\n" "help.text" msgid "<item type=\"input\">=HYPGEOM.DIST(2;2;90;100;0)</item> yields 0.8090909091. If 90 out of 100 pieces of buttered toast fall from the table and hit the floor with the buttered side first, then if 2 pieces of buttered toast are dropped from the table, the probability is 81%, that both will strike buttered side first." @@ -40011,14 +34387,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KGROESSTE\">Returnerer den k-te største verdien i #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3152990\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3154372\n" "help.text" msgid "LARGE(Data; RankC)" @@ -40043,14 +34411,6 @@ msgstr "<emph>RangC</emph> er rangeringa av verdien." #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3152889\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3148702\n" "help.text" msgid "<item type=\"input\">=LARGE(A1:C50;2)</item> gives the second largest value in A1:C50." @@ -40083,14 +34443,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KKLEINSTE\">Returnerer den k-te minste verdien i e #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3154957\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3153974\n" "help.text" msgid "SMALL(Data; RankC)" @@ -40115,14 +34467,6 @@ msgstr "<emph>Rang</emph> er rangeringa av verdien." #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3153247\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3149897\n" "help.text" msgid "<item type=\"input\">=SMALL(A1:C50;2)</item> gives the second smallest value in A1:C50." @@ -40155,14 +34499,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KONFIDENZ\">Returnerer (1-alpha) konfidensinterval #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3149315\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3147501\n" "help.text" msgid "CONFIDENCE(Alpha; StDev; Size)" @@ -40195,14 +34531,6 @@ msgstr "<emph>Storleik</emph> er storleiken av den totale populasjonen." #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3150435\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3153335\n" "help.text" msgid "<item type=\"input\">=CONFIDENCE(0.05;1.5;100)</item> gives 0.29." @@ -40235,14 +34563,6 @@ msgstr "<ahelp hid=\"HID_FUNC_CONFIDENCE_T\">Returnerer konfidensintervallet (1- #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id2949315\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id2947501\n" "help.text" msgid "CONFIDENCE.T(Alpha; StDev; Size)" @@ -40275,14 +34595,6 @@ msgstr "<emph>Storleik</emph> er storleiken av den totale populasjonen." #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id2950435\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id2953335\n" "help.text" msgid "<item type=\"input\">=CONFIDENCE.T(0.05;1.5;100)</item> gives 0.2976325427." @@ -40315,14 +34627,6 @@ msgstr "<ahelp hid=\"HID_FUNC_CONFIDENCE_N\">Returnerer (1-alpha) konfidensinter #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id2849315\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id2847501\n" "help.text" msgid "CONFIDENCE.NORM(Alpha; StDev; Size)" @@ -40355,14 +34659,6 @@ msgstr "<emph>Storleik</emph> er storleiken av den totale populasjonen." #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id2850435\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id2853335\n" "help.text" msgid "<item type=\"input\">=CONFIDENCE.NORM(0.05;1.5;100)</item> gives 0.2939945977." @@ -40395,14 +34691,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KORREL\">Returnerer korrelasjonskoeffesienten mell #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3156397\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3153023\n" "help.text" msgid "CORREL(Data1; Data2)" @@ -40427,14 +34715,6 @@ msgstr "<emph>Data2</emph> er det andre datasettet." #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3149720\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3149941\n" "help.text" msgid "<item type=\"input\">=CORREL(A1:A50;B1:B50)</item> calculates the correlation coefficient as a measure of the linear correlation of the two data sets." @@ -40467,14 +34747,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KOVAR\">Returnerer kovariansen til produktet av pa #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3149013\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3150740\n" "help.text" msgid "COVAR(Data1; Data2)" @@ -40499,14 +34771,6 @@ msgstr "<emph>Data2</emph> er det andre datasettet." #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3154677\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3144748\n" "help.text" msgid "<item type=\"input\">=COVAR(A1:A30;B1:B30)</item>" @@ -40539,14 +34803,6 @@ msgstr "<ahelp hid=\"HID_FUNC_COVARIANCE_P\">Returnerer kovariansen til produkte #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id2949013\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id2950740\n" "help.text" msgid "COVARIANCE.P(Data1; Data2)" @@ -40571,14 +34827,6 @@ msgstr "<emph>Data2</emph> er det andre datasettet." #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id2954677\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id2944748\n" "help.text" msgid "<item type=\"input\">=COVARIANCE.P(A1:A30;B1:B30)</item>" @@ -40611,14 +34859,6 @@ msgstr "<ahelp hid=\"HID_FUNC_COVARIANCE_S\">Returnerer kovariansen til produkte #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id2849013\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id2850740\n" "help.text" msgid "COVARIANCE.S(Data1; Data2)" @@ -40643,14 +34883,6 @@ msgstr "<emph>Data2</emph> er det andre datasettet." #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id284677\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id2844748\n" "help.text" msgid "<item type=\"input\">=COVARIANCE.S(A1:A30;B1:B30)</item>" @@ -40683,14 +34915,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KRITBINOM\">Returnerer den minste verdien der den #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3153930\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3148586\n" "help.text" msgid "CRITBINOM(Trials; SP; Alpha)" @@ -40723,14 +34947,6 @@ msgstr "<emph>Alfa</emph> er det grensesannsynet som skal nåast eller overskrid #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3148752\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3148740\n" "help.text" msgid "<item type=\"input\">=CRITBINOM(100;0.5;0.1)</item> yields 44." @@ -40763,14 +34979,6 @@ msgstr "<ahelp hid=\"HID_FUNC_KURT\">Returnerer kurtosen (kurvaturen) av ei data #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3150334\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3154508\n" "help.text" msgid "KURT(Number1; Number2; ...; Number30)" @@ -40787,14 +34995,6 @@ msgstr "<emph>Tal1, Tal2, …Tal30</emph> er numeriske argument eller område so #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3158000\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3150016\n" "help.text" msgid "<item type=\"input\">=KURT(A1;A2;A3;A4;A5;A6)</item>" @@ -40827,14 +35027,6 @@ msgstr "<ahelp hid=\"HID_FUNC_LOGINV\">Returnerer inversverdien til loggnormalfo #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3151016\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3153049\n" "help.text" msgid "LOGINV(Number; Mean; StDev)" @@ -40867,14 +35059,6 @@ msgstr "<emph>StdAv</emph> er standardavviket for den standardlogaritmiske forde #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3148768\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3155623\n" "help.text" msgid "<item type=\"input\">=LOGINV(0.05;0;1)</item> returns 0.1930408167." @@ -40915,14 +35099,6 @@ msgstr "Denne funksjonen er identisk med LOGINV og er lagt til for å vere i sam #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id2901016\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id2901049\n" "help.text" msgid "LOGNORM.INV(Number; Mean; StDev)" @@ -40955,14 +35131,6 @@ msgstr "<emph>StdAv</emph> (nødvendig) er standardavviket for den logaritmiske #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id2901768\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id2901623\n" "help.text" msgid "<item type=\"input\">=LOGNORM.INV(0.05;0;1)</item> returns 0.1930408167." @@ -40995,14 +35163,6 @@ msgstr "<ahelp hid=\"HID_FUNC_LOGNORMVERT\">Gjev verdiane av loggnormalfordeling #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3150474\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3150686\n" "help.text" msgid "LOGNORMDIST(Number; Mean; StDev; Cumulative)" @@ -41043,14 +35203,6 @@ msgstr "<emph>Kumulativ</emph> (valfri) = 0 reknar ut tettleiksfunksjonen. Kumul #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id3153178\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id3149778\n" "help.text" msgid "<item type=\"input\">=LOGNORMDIST(0.1;0;1)</item> returns 0.01." @@ -41083,14 +35235,6 @@ msgstr "<ahelp hid=\"HID_FUNC_LOGNORMDIST_MS\">Returnerer verdien av ei lognorma #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id2900474\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id2900686\n" "help.text" msgid "LOGNORM.DIST(Number; Mean; StDev; Cumulative)" @@ -41131,14 +35275,6 @@ msgstr "<emph>Kumulativ</emph> (nødvendig) = 0 reknar ut tettleiksfunksjonen. K #: 04060183.xhp msgctxt "" "04060183.xhp\n" -"hd_id2903178\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060183.xhp -msgctxt "" -"04060183.xhp\n" "par_id2909778\n" "help.text" msgid "<item type=\"input\">=LOGNORM.DIST(0.1;0;1;1)</item> returns 0.0106510993." @@ -41195,14 +35331,6 @@ msgstr "Returnerer 0 dersom det ikkje vart konstatert numerisk verdi og heller i #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3154256\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3147340\n" "help.text" msgid "MAX(Number1; Number2; ...; Number30)" @@ -41219,14 +35347,6 @@ msgstr "<emph>Tal1; Tal2;…; Tal30</emph> er numeriske verdiar eller område." #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3153963\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3147343\n" "help.text" msgid "<item type=\"input\">=MAX(A1;A2;A3;50;100;200)</item> returns the largest value from the list." @@ -41275,14 +35395,6 @@ msgstr "Funksjonane MINA() og MAKSA() returnerer 0 dersom det ikkje er nokon ver #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3150516\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3166431\n" "help.text" msgid "MAXA(Value1; Value2; ...; Value30)" @@ -41299,14 +35411,6 @@ msgstr "<emph>Verdi1; Verdi2; …; Verdi30</emph> er verdiar eller område. Teks #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3156290\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3156446\n" "help.text" msgid "<item type=\"input\">=MAXA(A1;A2;A3;50;100;200;\"Text\")</item> returns the largest value from the list." @@ -41347,14 +35451,6 @@ msgstr "<ahelp hid=\"HID_FUNC_MEDIAN\">Returnerer medianen av ei talmengd. Derso #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3148871\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3155264\n" "help.text" msgid "MEDIAN(Number1; Number2; ...; Number30)" @@ -41371,14 +35467,6 @@ msgstr "<emph>Tal1; Tal2; …; Tal30</emph> er verdiar eller område som represe #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3144506\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3145078\n" "help.text" msgid "for an odd number: <item type=\"input\">=MEDIAN(1;5;9;20;21)</item> returns 9 as the median value." @@ -41427,14 +35515,6 @@ msgstr "Returnerer 0 dersom det ikkje vart konstatert numerisk verdi og heller i #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3154651\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3146964\n" "help.text" msgid "MIN(Number1; Number2; ...; Number30)" @@ -41451,14 +35531,6 @@ msgstr "<emph>Tal1; Tal2;…; Tal30</emph> er numeriske verdiar eller område." #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3155523\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3154734\n" "help.text" msgid "<item type=\"input\">=MIN(A1:B100)</item> returns the smallest value in the list." @@ -41499,14 +35571,6 @@ msgstr "Funksjonane MINA() og MAKSA() returnerer 0 dersom det ikkje er nokon ver #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3150435\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3153336\n" "help.text" msgid "MINA(Value1; Value2; ...; Value30)" @@ -41523,14 +35587,6 @@ msgstr "<emph>Verdi1; Verdi2; …; Verdi30</emph> er verdiar eller område. Teks #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3148743\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3147401\n" "help.text" msgid "<item type=\"input\">=MINA(1;\"Text\";20)</item> returns 0." @@ -41571,14 +35627,6 @@ msgstr "<ahelp hid=\"HID_FUNC_MITTELABW\">Returnerer gjennomsnittet av dei absol #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3150038\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3145636\n" "help.text" msgid "AVEDEV(Number1; Number2; ...; Number30)" @@ -41595,14 +35643,6 @@ msgstr "<emph>Tal1; Tal2; …; Tal30</emph> er verdiar eller område som represe #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3149725\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3153122\n" "help.text" msgid "<item type=\"input\">=AVEDEV(A1:A50)</item>" @@ -41635,14 +35675,6 @@ msgstr "<ahelp hid=\"HID_FUNC_MITTELWERT\">Returnerer gjennomsnittet av argument #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3146943\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3154679\n" "help.text" msgid "AVERAGE(Number1; Number2; ...; Number30)" @@ -41659,14 +35691,6 @@ msgstr "<emph>Tal1; Tal2;…; Tal30</emph> er numeriske verdiar eller område." #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3153039\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3151232\n" "help.text" msgid "<item type=\"input\">=AVERAGE(A1:A50)</item>" @@ -41699,14 +35723,6 @@ msgstr "<ahelp hid=\"HID_FUNC_MITTELWERTA\">Returnerer gjennomsnittet av argumen #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3153326\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3149734\n" "help.text" msgid "AVERAGEA(Value1; Value2; ...; Value30)" @@ -41723,14 +35739,6 @@ msgstr "<emph>Verdi1; Verdi2; …; Verdi30</emph> er verdiar eller område. Teks #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3149504\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3150864\n" "help.text" msgid "<item type=\"input\">=AVERAGEA(A1:A50)</item>" @@ -41763,14 +35771,6 @@ msgstr "<ahelp hid=\"HID_FUNC_MODALWERT\">Gjev verdien som finst flest gongar i #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3153003\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3155950\n" "help.text" msgid "MODE(Number1; Number2; ...; Number30)" @@ -41787,14 +35787,6 @@ msgstr "<emph>Tal1; Tal2;…: Tal30</emph> er numeriske verdiar eller område." #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3153571\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3153733\n" "help.text" msgid "<item type=\"input\">=MODE(A1:A50)</item>" @@ -41827,14 +35819,6 @@ msgstr "<ahelp hid=\"HID_FUNC_MODAL_VALUE_MS\">Returnerer verdien som finst fles #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2953003\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2955950\n" "help.text" msgid "MODE.SNGL(Number1; Number2; ...; Number30)" @@ -41859,14 +35843,6 @@ msgstr "Dersom datasettet ikkje inneheld kopiar av datapunkt, vil MODUS.SNGL ret #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2953571\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2953733\n" "help.text" msgid "<item type=\"input\">=MODE.SNGL(A1:A50)</item>" @@ -41899,14 +35875,6 @@ msgstr "<ahelp hid=\"HID_FUNC_MODAL_VALUE_MULTI\">Returnerer ein loddrett tabell #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2853003\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2855950\n" "help.text" msgid "MODE.MULT(Number1; Number2; ...; Number30)" @@ -41931,14 +35899,6 @@ msgstr "Sidan MODUS.MULT-funksjonen returnerer ein tabell med verdiar må funksj #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2853571\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2853733\n" "help.text" msgid "<item type=\"input\">=MODE.MULT(A1:A50)</item>" @@ -41971,14 +35931,6 @@ msgstr "<ahelp hid=\"HID_FUNC_NEGBINOMVERT\">Returnerer den negative binomialfor #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3145351\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3150935\n" "help.text" msgid "NEGBINOMDIST(X; R; SP)" @@ -42011,14 +35963,6 @@ msgstr "<emph>San</emph> er kor sannsynleg det er å lukkast med ein test." #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3149539\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3148770\n" "help.text" msgid "<item type=\"input\">=NEGBINOMDIST(1;1;0.5)</item> returns 0.25." @@ -42051,14 +35995,6 @@ msgstr "<ahelp hid=\"HID_FUNC_NEGBINOMDIST_MS\">Returnerer den negative binomial #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2945351\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2950935\n" "help.text" msgid "NEGBINOM.DIST(X; R; SP; Cumulative)" @@ -42099,14 +36035,6 @@ msgstr "<emph>Kumulativ</emph> = 0 reknar ut tettleiksfunksjonen. <emph>Kumulati #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2949539\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2948770\n" "help.text" msgid "<item type=\"input\">=NEGBINOM.DIST(1;1;0.5;0)</item> returns 0.25." @@ -42147,14 +36075,6 @@ msgstr "<ahelp hid=\"HID_FUNC_NORMINV\">Returnerer invers kumulativ normalfordel #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3153227\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3147534\n" "help.text" msgid "NORMINV(Number; Mean; StDev)" @@ -42187,14 +36107,6 @@ msgstr "<emph>StdAv</emph> er standardavviket for normalfordelinga." #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3155822\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3153921\n" "help.text" msgid "<item type=\"input\">=NORMINV(0.9;63;5)</item> returns 69.41. If the average egg weighs 63 grams with a standard deviation of 5, then there will be 90% probability that the egg will not be heavier than 69.41g grams." @@ -42227,14 +36139,6 @@ msgstr "<ahelp hid=\"HID_FUNC_NORMINV_MS\">Returnerer inversen av den normale ku #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2953227\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2947534\n" "help.text" msgid "NORM.INV(Number; Mean; StDev)" @@ -42267,14 +36171,6 @@ msgstr "<emph>StdAv</emph> er standardavviket for normalfordelinga." #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2955822\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2953921\n" "help.text" msgid "<item type=\"input\">=NORM.INV(0.9;63;5)</item> returns 69.4077578277. If the average egg weighs 63 grams with a standard deviation of 5, then there will be 90% probability that the egg will not be heavier than 69.41g grams." @@ -42307,14 +36203,6 @@ msgstr "<ahelp hid=\"HID_FUNC_NORMVERT\">Returnerer tettheitsfunksjonen for den #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3083282\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3150613\n" "help.text" msgid "NORMDIST(Number; Mean; StDev; C)" @@ -42355,14 +36243,6 @@ msgstr "<emph>C</emph> er valfri. <emph>C</emph> = 0 reknar ut tettleiksfunksjon #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3152972\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3149283\n" "help.text" msgid "<item type=\"input\">=NORMDIST(70;63;5;0)</item> returns 0.03." @@ -42403,14 +36283,6 @@ msgstr "<ahelp hid=\"HID_FUNC_NORMDIST_MS\">Returnerer tettleiksfunksjonen for d #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2913282\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2910613\n" "help.text" msgid "NORM.DIST(Number; Mean; StDev; C)" @@ -42451,14 +36323,6 @@ msgstr "<emph>C</emph> = 0 reknar ut tettleiksfunksjonen, <emph>C</emph> = 1 rek #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2912972\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2919283\n" "help.text" msgid "<item type=\"input\">=NORM.DIST(70;63;5;0)</item> returns 0.029945493." @@ -42499,14 +36363,6 @@ msgstr "<ahelp hid=\"HID_FUNC_PEARSON\">Returnerer korrelasjonskoeffesienten for #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3147081\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3156133\n" "help.text" msgid "PEARSON(Data1; Data2)" @@ -42531,14 +36387,6 @@ msgstr "<emph>Data2</emph> er tabellområdet med det andre datasettet." #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3147567\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3151187\n" "help.text" msgid "<item type=\"input\">=PEARSON(A1:A30;B1:B30)</item> returns the Pearson correlation coefficient of both data sets." @@ -42571,14 +36419,6 @@ msgstr "<ahelp hid=\"HID_FUNC_PHI\">Returnerer verdiane til fordelingsfunksjonen #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3154748\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3149976\n" "help.text" msgid "PHI(Number)" @@ -42595,14 +36435,6 @@ msgstr "<emph>Tal</emph> er verdien som standard normalfordelinga er rekna ut fr #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3153621\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3155849\n" "help.text" msgid "<item type=\"input\">=PHI(2.25) </item>= 0.03" @@ -42651,14 +36483,6 @@ msgstr "<ahelp hid=\"HID_FUNC_POISSON\">Returnerer Poisson-fordelinga.</ahelp>" #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3159183\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3146093\n" "help.text" msgid "POISSON(Number; Mean; C)" @@ -42691,14 +36515,6 @@ msgstr "Med <emph>K</emph> (valfri) = 0 eller USANN vert tettleiksfunksjonen rek #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3159347\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3150113\n" "help.text" msgid "<item type=\"input\">=POISSON(60;50;1)</item> returns 0.93." @@ -42731,14 +36547,6 @@ msgstr "<ahelp hid=\"HID_FUNC_POISSON_DIST_MS\">Returnerer Poisson-fordelinga.</ #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2959183\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2946093\n" "help.text" msgid "POISSON.DIST(Number; Mean; C)" @@ -42771,14 +36579,6 @@ msgstr "Med <emph>K</emph> (valfri) = 0 eller USANN vert tettleiksfunksjonen rek #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2959347\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2950113\n" "help.text" msgid "<item type=\"input\">=POISSON.DIST(60;50;1)</item> returns 0.9278398202." @@ -42811,14 +36611,6 @@ msgstr "<ahelp hid=\"HID_FUNC_QUANTIL\">Returnerer alfa-persentilen av dataverdi #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3150531\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3148813\n" "help.text" msgid "PERCENTILE(Data; Alpha)" @@ -42843,14 +36635,6 @@ msgstr "<emph>Alfa</emph> er prosentdelen på skalaen mellom 0 og 1." #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3154290\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3159147\n" "help.text" msgid "<item type=\"input\">=PERCENTILE(A1:A50;0.1)</item> represents the value in the data set, which equals 10% of the total data scale in A1:A50." @@ -42893,16 +36677,8 @@ msgctxt "" "04060184.xhp\n" "par_id2653976\n" "help.text" -msgid "The difference between <item type=\"input\">PERCENTILE.INC</item> and <item type=\"input\">PERCENTILE.EXC</item> is that, in the <item type=\"input\">PERCENTILE.INC</item> function the value of alpha is is within the range 0 to 1 inclusive, and in the <item type=\"input\">PERCENTILE.EXC</item> function, the value of alpha is within the range 0 to 1 exclusive." -msgstr "Skilnaden mellom <item type=\"input\">PERSENTIL.INK</item> og <item type=\"input\">PERSENTIL.EKS</item> er at i funkjsjonen <item type=\"input\">PERSENTIL.INK</item> er alfaverdien innføre området 0 til 1 (inklusiv), altså frå og med 0 til og med 1, medan i <item type=\"input\">PERSENTIL.EKS</item> er verdien mellom 0 og 1 (ekslusiv), altså frå men ikkje med, 0 og til, men ikkje med, 1." - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" -"hd_id2850531\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" +msgid "The difference between <item type=\"input\">PERCENTILE.INC</item> and <item type=\"input\">PERCENTILE.EXC</item> is that, in the <item type=\"input\">PERCENTILE.INC</item> function the value of alpha is within the range 0 to 1 inclusive, and in the <item type=\"input\">PERCENTILE.EXC</item> function, the value of alpha is within the range 0 to 1 exclusive." +msgstr "" #: 04060184.xhp msgctxt "" @@ -42931,14 +36707,6 @@ msgstr "<emph>Alfa</emph> er prosentdelen på skalaen mellom 0 og 1." #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2854290\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2859147\n" "help.text" msgid "<item type=\"input\">=PERCENTILE.EXC(A1:A50;10%)</item> represents the value in the data set, which equals 10% of the total data scale in A1:A50." @@ -42973,16 +36741,8 @@ msgctxt "" "04060184.xhp\n" "par_id2753976\n" "help.text" -msgid "The difference between <item type=\"input\">PERCENTILE.INC</item> and <item type=\"input\">PERCENTILE.EXC</item> is that, in the <item type=\"input\">PERCENTILE.INC</item> function the value of alpha is is within the range 0 to 1 inclusive, and in the <item type=\"input\">PERCENTILE.EXC</item> function, the value of alpha is within the range 0 to 1 exclusive." -msgstr "Skilnaden mellom <item type=\"input\">PERSENTIL.INK</item> og <item type=\"input\">PERSENTIL.EKS</item> er at i funkjsjonen <item type=\"input\">PERSENTIL.INK</item> er alfaverdien innføre området 0 til 1 (inklusiv), altså frå og med 0 til og med 1, medan i <item type=\"input\">PERSENTIL.EKS</item> er verdien mellom 0 og 1 (ekslusiv), altså frå men ikkje med, 0 og til, men ikkje med, 1. " - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" -"hd_id2950531\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" +msgid "The difference between <item type=\"input\">PERCENTILE.INC</item> and <item type=\"input\">PERCENTILE.EXC</item> is that, in the <item type=\"input\">PERCENTILE.INC</item> function the value of alpha is within the range 0 to 1 inclusive, and in the <item type=\"input\">PERCENTILE.EXC</item> function, the value of alpha is within the range 0 to 1 exclusive." +msgstr "" #: 04060184.xhp msgctxt "" @@ -43011,14 +36771,6 @@ msgstr "<emph>Alfa</emph> er prosentdelen på skalaen mellom 0 og 1." #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2954290\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2959147\n" "help.text" msgid "<item type=\"input\">=PERCENTILE.INC(A1:A50;0.1)</item> represents the value in the data set, which equals 10% of the total data scale in A1:A50." @@ -43051,14 +36803,6 @@ msgstr "<ahelp hid=\"HID_FUNC_QUANTILSRANG\">Returnerer den prosentvise fordelin #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3147512\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3147238\n" "help.text" msgid "PERCENTRANK(Data; Value; Significance)" @@ -43091,14 +36835,6 @@ msgstr "<emph>Signifikans</emph> er eit valfritt argument som spesifiserer talet #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3155364\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3149163\n" "help.text" msgid "<item type=\"input\">=PERCENTRANK(A1:A50;50)</item> returns the percentage rank of the value 50 from the total range of all values found in A1:A50. If 50 falls outside the total range, an error message will appear." @@ -43139,14 +36875,6 @@ msgstr "Skilnaden mellom <item type=\"input\">PROSENTDEL.INK</item> og <item typ #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2847512\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2847238\n" "help.text" msgid "PERCENTRANK.EXC(Data; Value; Significance)" @@ -43179,14 +36907,6 @@ msgstr "<emph>Signifikans</emph> er eit valfritt argument som spesifiserer talet #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2855364\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2849163\n" "help.text" msgid "<item type=\"input\">=PERCENTRANK.EXC(A1:A50;50)</item> returns the percentage rank of the value 50 from the total range of all values found in A1:A50. If 50 falls outside the total range, an error message will appear." @@ -43227,14 +36947,6 @@ msgstr "Skilnaden mellom <item type=\"input\">PROSENTDEL.INK</item> og <item typ #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2947512\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2947238\n" "help.text" msgid "PERCENTRANK.INC(Data; Value; Significance)" @@ -43267,14 +36979,6 @@ msgstr "<emph>Signifikans</emph> er eit valfritt argument som spesifiserer kor m #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2955364\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2949163\n" "help.text" msgid "<item type=\"input\">=PERCENTRANK.INC(A1:A50;50)</item> returns the percentage rank of the value 50 from the total range of all values found in A1:A50. If 50 falls outside the total range, an error message will appear." @@ -43307,14 +37011,6 @@ msgstr "<ahelp hid=\"HID_FUNC_QUARTILE\">Returnerer kvartilen til eit datasett.< #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3152942\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3153684\n" "help.text" msgid "QUARTILE(Data; Type)" @@ -43339,14 +37035,6 @@ msgstr "<emph>Type</emph> er kvartiltypen: (0 = MIN, 1 = 25%, 2 = 50% (MEDIAN), #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id3149103\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id3159276\n" "help.text" msgid "<item type=\"input\">=QUARTILE(A1:A50;2)</item> returns the value of which 50% of the scale corresponds to the lowest to highest values in the range A1:A50." @@ -43387,14 +37075,6 @@ msgstr "Skilnaden mellom <item type=\"input\">KVARTIL.INK</item> og <item type=\ #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2852942\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2853684\n" "help.text" msgid "QUARTILE.EXC(Data; Type)" @@ -43419,14 +37099,6 @@ msgstr "<emph>Type</emph> er anten 1, 2 eller 3 og representerer den ønskte kva #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2849103\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2859276\n" "help.text" msgid "<item type=\"input\">=QUARTILE.EXC(A1:A50;2)</item> returns the value of which 50% of the scale corresponds to the lowest to highest values in the range A1:A50." @@ -43467,14 +37139,6 @@ msgstr "Skilnaden mellom <item type=\"input\">KVARTIL.INK</item> og <item type=\ #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2952942\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2953684\n" "help.text" msgid "QUARTILE.INC(Data; Type)" @@ -43499,14 +37163,6 @@ msgstr "<emph>Type</emph> er kvartiltypen: (0 = MIN, 1 = 25%, 2 = 50% (MEDIAN), #: 04060184.xhp msgctxt "" "04060184.xhp\n" -"hd_id2949103\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060184.xhp -msgctxt "" -"04060184.xhp\n" "par_id2959276\n" "help.text" msgid "<item type=\"input\">=QUARTILE.INC(A1:A50;2)</item> returns the value of which 50% of the scale corresponds to the lowest to highest values in the range A1:A50." @@ -43555,14 +37211,6 @@ msgstr "<ahelp hid=\"HID_FUNC_RANG\">Returnerer rangnummeret til eit tal i eit u #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3159206\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3153250\n" "help.text" msgid "RANK(Value; Data; Type)" @@ -43611,14 +37259,6 @@ msgstr "Type = 1 betyr stigande ordning frå det første elementet i matrisen ti #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3143223\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3155919\n" "help.text" msgid "<item type=\"input\">=RANK(A10;A1:A50)</item> returns the ranking of the value in A10 in value range A1:A50. If <item type=\"literal\">Value</item> does not exist within the range an error message is displayed." @@ -43659,14 +37299,6 @@ msgstr "Skilnaden mellom <item type=\"input\">RANG.GJSN</item> og <item type=\"i #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2959206\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2953250\n" "help.text" msgid "RANK.AVG(Value; Data; Type)" @@ -43715,14 +37347,6 @@ msgstr "Type = 1 betyr stigande ordning frå det første elementet i matrisen ti #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2943223\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2955919\n" "help.text" msgid "<item type=\"input\">=RANK.AVG(A10;A1:A50)</item> returns the ranking of the value in A10 in value range A1:A50. If <item type=\"literal\">Value</item> does not exist within the range an error message is displayed." @@ -43763,14 +37387,6 @@ msgstr "Skilnaden mellom <item type=\"input\">RANG.GJSN</item> og <item type=\"i #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2859206\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2853250\n" "help.text" msgid "RANK.EQ(Value; Data; Type)" @@ -43819,14 +37435,6 @@ msgstr "Type = 1 betyr stigande ordning frå det første elementet i matrisen ti #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2843223\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2855919\n" "help.text" msgid "<item type=\"input\">=RANK.EQ(A10;A1:A50)</item> returns the ranking of the value in A10 in value range A1:A50. If <item type=\"literal\">Value</item> does not exist within the range an error message is displayed." @@ -43859,14 +37467,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SCHIEFE\">Returnerer skeivskapen i ei fordeling.</ #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3154733\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3151191\n" "help.text" msgid "SKEW(Number1; Number2; ...; Number30)" @@ -43883,14 +37483,6 @@ msgstr "<emph>Tal1; Tal2;…; Tal30</emph> er numeriske verdiar eller område." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3153297\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3145118\n" "help.text" msgid "<item type=\"input\">=SKEW(A1:A50)</item> calculates the value of skew for the data referenced." @@ -43923,14 +37515,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SCHAETZER\">Ekstrapolerer sluttverdiar basert på #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3151343\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3147404\n" "help.text" msgid "FORECAST(Value; DataY; DataX)" @@ -43963,14 +37547,6 @@ msgstr "<emph>DataX</emph> er området med kjende x-ar." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3147416\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3157874\n" "help.text" msgid "<item type=\"input\">=FORECAST(50;A1:A50;B1;B50)</item> returns the Y value expected for the X value of 50 if the X and Y values in both references are linked by a linear trend." @@ -44003,14 +37579,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SCHAETZER\">Ekstrapolerer sluttverdiar basert på #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3151344\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3147405\n" "help.text" msgid "FORECAST.LINEAR(Value; DataY; DataX)" @@ -44043,14 +37611,6 @@ msgstr "<emph>DataX</emph> er matrisa eller området med kjende x-ar." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3147417\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3157875\n" "help.text" msgid "<item type=\"input\">=FORECAST.LINEAR(50;A1:A50;B1;B50)</item> returns the Y value expected for the X value of 50 if the X and Y values in both references are linked by a linear trend." @@ -44083,14 +37643,6 @@ msgstr "<ahelp hid=\"HID_FUNC_STABW\">Estimerer standardavviket basert på eit u #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3146815\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3149946\n" "help.text" msgid "STDEV(Number1; Number2; ...; Number30)" @@ -44107,14 +37659,6 @@ msgstr "<emph>Tal1, Tal2, …; Tal30</emph> er numeriske verdiar eller område s #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3150650\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3149434\n" "help.text" msgid "<item type=\"input\">=STDEV(A1:A50)</item> returns the estimated standard deviation based on the data referenced." @@ -44147,14 +37691,6 @@ msgstr "<ahelp hid=\"HID_FUNC_STABWA\">Reknar ut standardavviket til eit estimat #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3148884\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3147422\n" "help.text" msgid "STDEVA(Value1; Value2; ...; Value30)" @@ -44171,14 +37707,6 @@ msgstr "<emph>Verdi1, Verdi2, …; Verdi30</emph> er verdiar eller område som r #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3155829\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3148581\n" "help.text" msgid "<item type=\"input\">=STDEVA(A1:A50)</item> returns the estimated standard deviation based on the data referenced." @@ -44211,14 +37739,6 @@ msgstr "<ahelp hid=\"HID_FUNC_STABWN\">Reknar ut standardavviket i heile populas #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3154387\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3154392\n" "help.text" msgid "STDEVP(Number1; Number2; ...; Number30)" @@ -44235,14 +37755,6 @@ msgstr "<emph>Tal1, Tal2, …; Tal30</emph> er numeriske verdiar eller område s #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3145591\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3153933\n" "help.text" msgid "<item type=\"input\">=STDEVP(A1:A50)</item> returns a standard deviation of the data referenced." @@ -44275,14 +37787,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ST_DEV_P_MS\">Reknar ut standardavviket på grunnl #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2954387\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2954392\n" "help.text" msgid "STDEV.P(Number1; Number2; ...; Number30)" @@ -44299,14 +37803,6 @@ msgstr "<emph>Tal1, Tal2, …, Tal30</emph> er numeriske verdiar eller område s #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2945591\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2953933\n" "help.text" msgid "<item type=\"input\">=STDEV.P(A1:A50)</item> returns a standard deviation of the data referenced." @@ -44339,14 +37835,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ST_DEV_S\">Reknar ut standardavviket basert på ei #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2854387\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2854392\n" "help.text" msgid "STDEV.S(Number1; Number2; ...; Number30)" @@ -44363,14 +37851,6 @@ msgstr "<emph>Tal1,Tal2, …,Tal30</emph> er numeriske verdiar eller områder so #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2845591\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2853933\n" "help.text" msgid "<item type=\"input\">=STDEV.S(A1:A50)</item> returns a standard deviation of the data referenced." @@ -44403,14 +37883,6 @@ msgstr "<ahelp hid=\"HID_FUNC_STABWNA\">Reknar ut standardavviket i heile popula #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3155950\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3146851\n" "help.text" msgid "STDEVPA(Value1; Value2; ...; Value30)" @@ -44427,14 +37899,6 @@ msgstr "<emph>Verdi1, Verdi2, …, Verdi30</emph> er verdiar eller område som r #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3154506\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3145163\n" "help.text" msgid "<item type=\"input\">=STDEVPA(A1:A50)</item> returns the standard deviation of the data referenced." @@ -44467,14 +37931,6 @@ msgstr "<ahelp hid=\"HID_FUNC_STANDARDISIERUNG\">Gjer om ein stokastisk variabel #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3154330\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3150132\n" "help.text" msgid "STANDARDIZE(Number; Mean; StDev)" @@ -44507,14 +37963,6 @@ msgstr "<emph>StAvv</emph> er standardavviket til fordelinga." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3145351\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3156067\n" "help.text" msgid "<item type=\"input\">=STANDARDIZE(11;10;1)</item> returns 1. The value 11 in a normal distribution with a mean of 10 and a standard deviation of 1 is as much above the mean of 10, as the value 1 is above the mean of the standard normal distribution." @@ -44547,14 +37995,6 @@ msgstr "<ahelp hid=\"HID_FUNC_STANDNORMINV\">Returnerer inversverdien til standa #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3153261\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3154195\n" "help.text" msgid "NORMSINV(Number)" @@ -44571,14 +38011,6 @@ msgstr "<emph>Tal</emph> er sannsynet som den inverse standard normalfordelinga #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3150934\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3149030\n" "help.text" msgid "<item type=\"input\">=NORMSINV(0.908789)</item> returns 1.3333." @@ -44611,14 +38043,6 @@ msgstr "<ahelp hid=\"HID_FUNC_STD_NORMINV_MS\">Returnerer inversverdien til stan #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2953261\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2954195\n" "help.text" msgid "NORM.S.INV(Number)" @@ -44635,14 +38059,6 @@ msgstr "<emph>Tal</emph> er den sannsynsverdien som den inverse standard normalf #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2950934\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2949030\n" "help.text" msgid "<item type=\"input\">=NORM.S.INV(0.908789)</item> returns 1.333334673." @@ -44683,14 +38099,6 @@ msgstr "Det er GAUSS(x)=NORMALFORDELING(x)-0,5" #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3155083\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3158411\n" "help.text" msgid "NORMSDIST(Number)" @@ -44707,14 +38115,6 @@ msgstr "<emph>Tal</emph> er verdien som den kumulative standardnormalfordelingen #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3153228\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3155984\n" "help.text" msgid "<item type=\"input\">=NORMSDIST(1)</item> returns 0.84. The area below the standard normal distribution curve to the left of X value 1 is 84% of the total area." @@ -44747,14 +38147,6 @@ msgstr "<ahelp hid=\"HID_FUNC_STD_NORMDIST_MS\">Returnerer standard normal kumul #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2955083\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2958411\n" "help.text" msgid "NORM.S.DIST(Number; Cumulative)" @@ -44779,14 +38171,6 @@ msgstr "<emph>Kumulativ</emph> 0 eller USANN reknar ut den sannsynlege tettleiks #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2993228\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2955984\n" "help.text" msgid "<item type=\"input\">=NORM.S.DIST(1;0)</item> returns 0.2419707245." @@ -44827,14 +38211,6 @@ msgstr "<ahelp hid=\"HID_FUNC_STEIGUNG\">Returnerer stigingstalet til den lineæ #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3154315\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3149819\n" "help.text" msgid "SLOPE(DataY; DataX)" @@ -44859,14 +38235,6 @@ msgstr "<emph>DataX</emph> er området eller matrisen med Y-data." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3146061\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3152480\n" "help.text" msgid "<item type=\"input\">=SLOPE(A1:A50;B1:B50)</item>" @@ -44899,14 +38267,6 @@ msgstr "<ahelp hid=\"HID_FUNC_STFEHLERYX\">Returnerer standardfeilen til den est #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3147562\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3151267\n" "help.text" msgid "STEYX(DataY; DataX)" @@ -44931,14 +38291,6 @@ msgstr "<emph>DataX</emph> er området eller matrisen med X-data." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3145204\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3156131\n" "help.text" msgid "<item type=\"input\">=STEYX(A1:A50;B1:B50)</item>" @@ -44971,14 +38323,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SUMQUADABW\">Returnerer summen av kvadrata av avvi #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3156121\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3146790\n" "help.text" msgid "DEVSQ(Number1; Number2; ...; Number30)" @@ -44995,14 +38339,6 @@ msgstr "<emph>Tal1; Tal2;…, Tal30</emph> er numeriske verdiar eller område so #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3150254\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3149136\n" "help.text" msgid "<item type=\"input\">=DEVSQ(A1:A50)</item>" @@ -45035,14 +38371,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TINV\">Returnerer inversverdien til t-fordelinga.< #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3155101\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3149289\n" "help.text" msgid "TINV(Number; DegreesFreedom)" @@ -45067,14 +38395,6 @@ msgstr "<emph>Fridomsgrader</emph> er talet på fridomsgrader for t-fordelinga." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3153885\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3156010\n" "help.text" msgid "<item type=\"input\">=TINV(0.1;6)</item> returns 1.94" @@ -45107,14 +38427,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TINV_MS\">Returnerer den einsidige inversverdien t #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2955101\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2949289\n" "help.text" msgid "T.INV(Number; DegreesFreedom)" @@ -45139,14 +38451,6 @@ msgstr "<emph>Fridomsgrader</emph> er talet på fridomsgrader for t-fordelinga." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2953885\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2956010\n" "help.text" msgid "<item type=\"input\">=T.INV(0.1;6)</item> returns -1.4397557473." @@ -45179,14 +38483,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TINV_2T\">Reknar ut inversen av den tosidige stude #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2855101\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2849289\n" "help.text" msgid "T.INV.2T(Number; DegreesFreedom)" @@ -45211,14 +38507,6 @@ msgstr "<emph>Fridomsgrader</emph> er talet på fridomsgrader for t-fordelinga." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2853885\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2856010\n" "help.text" msgid "<item type=\"input\">=T.INV.2T(0.25; 10)</item> returns 1.221255395." @@ -45251,14 +38539,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TTEST\">Returnerer sannsynet som høyrer til ein S #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3147257\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3151175\n" "help.text" msgid "TTEST(Data1; Data2; Mode; Type)" @@ -45299,14 +38579,6 @@ msgstr "<emph>Type</emph> er den typen t-test som skal utførast. Type 1 betyr p #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3159342\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3150119\n" "help.text" msgid "<item type=\"input\">=TTEST(A1:A50;B1:B50;2;2)</item>" @@ -45339,14 +38611,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TTEST_MS\">Returnerer sannsynet som høyrer til ei #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2947257\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2951175\n" "help.text" msgid "T.TEST(Data1; Data2; Mode; Type)" @@ -45387,14 +38651,6 @@ msgstr "<emph>Type</emph> er kva type t-test som skal utførast. Type 1 er parvi #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2959342\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2950119\n" "help.text" msgid "<item type=\"input\">=T.TEST(A1:A50;B1:B50;2;2)</item>" @@ -45427,14 +38683,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TVERT\">Returnerer t-fordelinga.</ahelp>" #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3149911\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3150521\n" "help.text" msgid "TDIST(Number; DegreesFreedom; Mode)" @@ -45467,14 +38715,6 @@ msgstr "<emph>Modus</emph> = 1 returnerer den einsidige testen. <emph>Modus</emp #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3159150\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3149773\n" "help.text" msgid "<item type=\"input\">=TDIST(12;5;1)</item>" @@ -45507,14 +38747,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TDIST_MS\">Returnerer t-fordelinga.</ahelp>" #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2949911\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2950521\n" "help.text" msgid "T.DIST(Number; DegreesFreedom; Cumulative)" @@ -45547,14 +38779,6 @@ msgstr "<emph>Kumulativ</emph> = 0 eller USANN returnerer sannsynleg tettleik, 1 #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2959150\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2949773\n" "help.text" msgid "<item type=\"input\">=T.DIST(1; 10; TRUE)</item> returns 0.8295534338" @@ -45587,14 +38811,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TDIST_2T\">Reknar ut den tosidige Student T-fordel #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2849911\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2850521\n" "help.text" msgid "T.DIST.2T(Number; DegreesFreedom)" @@ -45619,14 +38835,6 @@ msgstr "<emph>Fridomsgrader</emph> er talet på fridomsgrader for t-fordelinga." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2859150\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2849773\n" "help.text" msgid "<item type=\"input\">=T.DIST.2T(1; 10)</item> returns 0.3408931323." @@ -45659,14 +38867,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TDIST_RT\">Reknar ut den høgresidige Student T-fo #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2749911\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2750521\n" "help.text" msgid "T.DIST.RT(Number; DegreesFreedom)" @@ -45691,14 +38891,6 @@ msgstr "<emph>Fridomsgrader</emph> er talet på fridomsgrader for t-fordelinga." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2759150\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2749773\n" "help.text" msgid "<item type=\"input\">=T.DIST.RT(1; 10)</item> returns 0.1704465662." @@ -45731,14 +38923,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VARIANZ\">Estimerer variansen basert på eit utval #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3154286\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3153054\n" "help.text" msgid "VAR(Number1 ; Number2; ...; Number30)" @@ -45755,14 +38939,6 @@ msgstr "<emph>Tal1, Tal2, …, Tal30</emph> er numeriske verdiar eller område s #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3147233\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3153575\n" "help.text" msgid "<item type=\"input\">=VAR(A1:A50)</item>" @@ -45795,14 +38971,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VAR_S\">Estimerer variansen basert på eit utval.< #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2954286\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2953054\n" "help.text" msgid "VAR.S(Number1; Number2; ...; Number30)" @@ -45819,14 +38987,6 @@ msgstr "<emph>Tal1, Tal2, …, Tal30</emph> er numeriske verdiar eller område s #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2947233\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2953575\n" "help.text" msgid "<item type=\"input\">=VAR.S(A1:A50)</item>" @@ -45859,14 +39019,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VARIANZA\">Reknar ut ein varians basert på eit ut #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3149176\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3149999\n" "help.text" msgid "VARA(Value1; Value2; ...; Value30)" @@ -45883,14 +39035,6 @@ msgstr "<emph>Verdi1, Verdi2, …, Verdi30</emph> er verdiar eller område som r #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3149160\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3154279\n" "help.text" msgid "<item type=\"input\">=VARA(A1:A50)</item>" @@ -45923,14 +39067,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VARIANZEN\">Reknar ut variansen basert på heile p #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3150706\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3147282\n" "help.text" msgid "VARP(Number1; Number2; ...; Number30)" @@ -45947,14 +39083,6 @@ msgstr "<emph>Tal1, Tal2, …; Tal30</emph> er numeriske verdiar eller område s #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3152939\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3153385\n" "help.text" msgid "<item type=\"input\">=VARP(A1:A50)</item>" @@ -45987,14 +39115,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VAR_P_MS\">Reknar ut variansen basert på heile po #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2950706\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2947282\n" "help.text" msgid "VAR.P(Number1; Number2; ...; Number30)" @@ -46011,14 +39131,6 @@ msgstr "<emph>Tal1, Tal2, …, Tal30</emph> er numeriske verdiar eller område s #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2952939\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2953385\n" "help.text" msgid "<item type=\"input\">=VAR.P(A1:A50)</item>" @@ -46051,14 +39163,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VARIANZENA\">Reknar ut variansen basert på heile #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3152880\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3149967\n" "help.text" msgid "VARPA(Value1; Value2; ...; Value30)" @@ -46075,14 +39179,6 @@ msgstr "<emph>Verdi1, Verdi2, …, Verdi30</emph> er verdiar eller område som r #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3154862\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3156203\n" "help.text" msgid "<item type=\"input\">=VARPA(A1:A50)</item>" @@ -46115,14 +39211,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VARIATIONEN\">Returnerer talet på permutasjonar f #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3149422\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3148466\n" "help.text" msgid "PERMUT(Count1; Count2)" @@ -46147,14 +39235,6 @@ msgstr "<emph>Tal2</emph> er talet på objekt i kvar permutasjon." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3153351\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3150424\n" "help.text" msgid "<item type=\"input\">=PERMUT(6;3)</item> returns 120. There are 120 different possibilities, to pick a sequence of 3 playing cards out of 6 playing cards." @@ -46187,14 +39267,6 @@ msgstr "<ahelp hid=\"HID_FUNC_VARIATIONEN2\">Returnerer talet på permutasjonar #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3145598\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3149298\n" "help.text" msgid "PERMUTATIONA(Count1; Count2)" @@ -46219,14 +39291,6 @@ msgstr "<emph>Tal2</emph> er talet på objekt i kvar permutasjon." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3151382\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3153949\n" "help.text" msgid "How often can 2 objects be selected from a total of 11 objects?" @@ -46275,14 +39339,6 @@ msgstr "<ahelp hid=\"HID_FUNC_WAHRSCHBEREICH\">Returnerer sannsynet for at to ve #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3146810\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3147330\n" "help.text" msgid "PROB(Data; Probability; Start; End)" @@ -46323,14 +39379,6 @@ msgstr "<emph>Slutt</emph> (valfri) er sluttverdien til intervallet som sannsyne #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3147574\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3153666\n" "help.text" msgid "<item type=\"input\">=PROB(A1:A50;B1:B50;50;60)</item> returns the probability with which a value within the range of A1:A50 is also within the limits between 50 and 60. Every value within the range of A1:A50 has a probability within the range of B1:B50." @@ -46387,14 +39435,6 @@ msgstr "Viss Kumulativ er 1, reknar WEIBULLFORDELING ut den kumulerte fordelings #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3159393\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3154478\n" "help.text" msgid "WEIBULL(Number; Alpha; Beta; C)" @@ -46435,14 +39475,6 @@ msgstr "<emph>Kumulativ</emph> viser funksjonstypen." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id3153794\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id3146077\n" "help.text" msgid "<item type=\"input\">=WEIBULL(2;1;1;1)</item> returns 0.86." @@ -46507,14 +39539,6 @@ msgstr "Viss Kumulativ er 1, reknar WEIBULL.FORDELING ut den kumulerte fordeling #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2959393\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2954478\n" "help.text" msgid "WEIBULL.DIST(Number; Alpha; Beta; C)" @@ -46555,14 +39579,6 @@ msgstr "<emph>Kumulativ</emph> viser funksjonstypen." #: 04060185.xhp msgctxt "" "04060185.xhp\n" -"hd_id2953794\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060185.xhp -msgctxt "" -"04060185.xhp\n" "par_id2946077\n" "help.text" msgid "<item type=\"input\">=WEIBULL.DIST(2;1;1;1)</item> returns 0.8646647168." @@ -46643,14 +39659,6 @@ msgstr "Namn" #: 04060199.xhp msgctxt "" "04060199.xhp\n" -"par_id3159096\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060199.xhp -msgctxt "" -"04060199.xhp\n" "par_id3149126\n" "help.text" msgid "+ (Plus)" @@ -46851,14 +39859,6 @@ msgstr "Namn" #: 04060199.xhp msgctxt "" "04060199.xhp\n" -"par_id3146877\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060199.xhp -msgctxt "" -"04060199.xhp\n" "par_id3148888\n" "help.text" msgid "= (equal sign)" @@ -47035,14 +40035,6 @@ msgstr "Namn" #: 04060199.xhp msgctxt "" "04060199.xhp\n" -"par_id3149001\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060199.xhp -msgctxt "" -"04060199.xhp\n" "par_id3148769\n" "help.text" msgid "& (And)" @@ -47115,14 +40107,6 @@ msgstr "Namn" #: 04060199.xhp msgctxt "" "04060199.xhp\n" -"par_id3154949\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: 04060199.xhp -msgctxt "" -"04060199.xhp\n" "par_id3156257\n" "help.text" msgid ": (Colon)" @@ -56368,6 +49352,30 @@ msgctxt "" msgid "This function is part of the Open Document Format for Office Applications (OpenDocument) standard Version 1.2. (ISO/IEC 26300:2-2015)" msgstr "Denne funksjonen høyrer til Open Document Format for Office Applications (OpenDocument) standard versjon 1.2. (ISO/IEC 26300:2-2015)" +#: common_func.xhp +msgctxt "" +"common_func.xhp\n" +"tit\n" +"help.text" +msgid "Common Syntax and example" +msgstr "" + +#: common_func.xhp +msgctxt "" +"common_func.xhp\n" +"hd_id3152015\n" +"help.text" +msgid "Syntax" +msgstr "" + +#: common_func.xhp +msgctxt "" +"common_func.xhp\n" +"hd_id281171\n" +"help.text" +msgid "Example" +msgstr "" + #: common_func_workdaysintl.xhp msgctxt "" "common_func_workdaysintl.xhp\n" @@ -56803,14 +49811,6 @@ msgstr "Eksempeldatasett for statistiske funksjonar" #: ex_data_stat_func.xhp msgctxt "" "ex_data_stat_func.xhp\n" -"hd_id2657394931588\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: ex_data_stat_func.xhp -msgctxt "" -"ex_data_stat_func.xhp\n" "hd_id2609201512474295\n" "help.text" msgid "Consider the following table" @@ -57291,14 +50291,6 @@ msgstr "prognose = (basisverdi + trend * ∆x) * periodisk_avvik " #: exponsmooth_embd.xhp msgctxt "" "exponsmooth_embd.xhp\n" -"hd_id0603201610005796\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: exponsmooth_embd.xhp -msgctxt "" -"exponsmooth_embd.xhp\n" "hd_id0603201610005723\n" "help.text" msgid "The table below contains a timeline and its associated values:" @@ -57483,14 +50475,6 @@ msgstr "Funksjonen SAMANDRAG vert brukt på loddrette dataområde som har slått #: func_aggregate.xhp msgctxt "" "func_aggregate.xhp\n" -"hd_id239693194826384\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_aggregate.xhp -msgctxt "" -"func_aggregate.xhp\n" "par_id200801176228491\n" "help.text" msgid "AGGREGATE(Function; Option; Ref1 [; Ref2 [; …]])" @@ -57819,14 +50803,6 @@ msgstr "<emph>k</emph> – obligatorisk argument for desse funksjonane: STØRST, #: func_aggregate.xhp msgctxt "" "func_aggregate.xhp\n" -"hd_id198071265128228\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_aggregate.xhp -msgctxt "" -"func_aggregate.xhp\n" "par_id2309201518454314\n" "help.text" msgid "<emph>ColumnOne</emph>" @@ -57979,14 +50955,6 @@ msgstr "<ahelp hid=\".\"><variable id=\"averageif_des\">Returnerer det aritmetis #: func_averageif.xhp msgctxt "" "func_averageif.xhp\n" -"hd_id210572014129502\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_averageif.xhp -msgctxt "" -"func_averageif.xhp\n" "par_id200801176228491\n" "help.text" msgid "AVERAGEIF(Range; Criterion [; Average_Range ])" @@ -58291,14 +51259,6 @@ msgstr "<ahelp hid=\".\"><variable id=\"averageifs_des\">Returnerer det aritmeti #: func_averageifs.xhp msgctxt "" "func_averageifs.xhp\n" -"hd_id538895388953889\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_averageifs.xhp -msgctxt "" -"func_averageifs.xhp\n" "par_id21050267713178\n" "help.text" msgid "AVERAGEIFS(<embedvar href=\"text/scalc/01/ex_data_stat_func.xhp#args\" markup=\"ignore\"/>)" @@ -58547,14 +51507,6 @@ msgstr "<ahelp hid=\".\"><variable id=\"countifs_des\">Returnerer kor mange cell #: func_countifs.xhp msgctxt "" "func_countifs.xhp\n" -"hd_id465746574657\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_countifs.xhp -msgctxt "" -"func_countifs.xhp\n" "par_id27421466710275\n" "help.text" msgid "COUNTIFS(Range1; Criterion1 [; Range2; Criterion2 [; ...]])" @@ -58739,14 +51691,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DATUM\">Denne funksjonen reknar ut ein dato skrive #: func_date.xhp msgctxt "" "func_date.xhp\n" -"hd_id3148590\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_date.xhp -msgctxt "" -"func_date.xhp\n" "par_id3150474\n" "help.text" msgid "DATE(Year; Month; Day)" @@ -58795,14 +51739,6 @@ msgstr "Dersom verdiane for månad og dag er for store, vert dei førte over til #: func_date.xhp msgctxt "" "func_date.xhp\n" -"hd_id3147477\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_date.xhp -msgctxt "" -"func_date.xhp\n" "par_id3152589\n" "help.text" msgid "<item type=\"input\">=DATE(00;1;31)</item> yields 1/31/00 if the cell format setting is MM/DD/YY." @@ -58843,14 +51779,6 @@ msgstr "<ahelp hid=\"HID_FUNC_DATEDIF\">Denne funksjonen returnerer talet på he #: func_datedif.xhp msgctxt "" "func_datedif.xhp\n" -"hd_id3148590\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_datedif.xhp -msgctxt "" -"func_datedif.xhp\n" "par_id3150474\n" "help.text" msgid "DATEDIF(Start date; End date; Interval)" @@ -58899,14 +51827,6 @@ msgstr "Returverdi" #: func_datedif.xhp msgctxt "" "func_datedif.xhp\n" -"par_id9648731\n" -"help.text" -msgid "\"d\"" -msgstr "\"d\"" - -#: func_datedif.xhp -msgctxt "" -"func_datedif.xhp\n" "par_id908841\n" "help.text" msgid "Number of whole days between Start date and End date." @@ -58915,14 +51835,6 @@ msgstr "Talet på heile dagar mellom start- og sluttdatoen." #: func_datedif.xhp msgctxt "" "func_datedif.xhp\n" -"par_id8193914\n" -"help.text" -msgid "\"m\"" -msgstr "\"m\"" - -#: func_datedif.xhp -msgctxt "" -"func_datedif.xhp\n" "par_id9841608\n" "help.text" msgid "Number of whole months between Start date and End date." @@ -58931,14 +51843,6 @@ msgstr "Talet på heile månadar mellom start- og sluttdatoen." #: func_datedif.xhp msgctxt "" "func_datedif.xhp\n" -"par_id2701803\n" -"help.text" -msgid "\"y\"" -msgstr "\"y\"" - -#: func_datedif.xhp -msgctxt "" -"func_datedif.xhp\n" "par_id2136295\n" "help.text" msgid "Number of whole years between Start date and End date." @@ -58947,14 +51851,6 @@ msgstr "Talet på heile år mellom start- og sluttdatoen." #: func_datedif.xhp msgctxt "" "func_datedif.xhp\n" -"par_id9200109\n" -"help.text" -msgid "\"ym\"" -msgstr "\"ym\"" - -#: func_datedif.xhp -msgctxt "" -"func_datedif.xhp\n" "par_id4186223\n" "help.text" msgid "Number of whole months when subtracting years from the difference of Start date and End date." @@ -58963,66 +51859,66 @@ msgstr "Talet på heile månadar som vert igjen når månadane i dei heile åra #: func_datedif.xhp msgctxt "" "func_datedif.xhp\n" -"par_id5766472\n" +"par_id1491134\n" "help.text" -msgid "\"md\"" -msgstr "\"md\"" +msgid "Number of whole days when subtracting years and months from the difference of Start date and End date." +msgstr "Talet på heile dagar som vert igjen når åra og månadane i dei heile åra og månadane er trekte frå skilnaden mellom start- og sluttdatoen." #: func_datedif.xhp msgctxt "" "func_datedif.xhp\n" -"par_id1491134\n" +"par_id1591134\n" "help.text" -msgid "Number of whole days when subtracting years and months from the difference of Start date and End date." -msgstr "Talet på heile dagar som vert igjen når åra og månadane i dei heile åra og månadane er trekte frå skilnaden mellom start- og sluttdatoen." +msgid "Number of whole days when subtracting years from the difference of Start date and End date." +msgstr "Talet på heile dagar som vert igjen når dei heile åra er trekte frå skilnaden mellom start- og sluttdatoen." #: func_datedif.xhp msgctxt "" "func_datedif.xhp\n" -"par_id5866472\n" +"par_id3152589\n" "help.text" -msgid "\"yd\"" -msgstr "\"yd\"" +msgid "Birthday calculation. A man was born on 1974-04-17. Today is 2012-06-13." +msgstr "Utrekning av fødselsdag. Ein person er født 17.4.1974. I dag er det 13.6.2012." #: func_datedif.xhp msgctxt "" "func_datedif.xhp\n" -"par_id1591134\n" +"par_id3252589\n" "help.text" -msgid "Number of whole days when subtracting years from the difference of Start date and End date." -msgstr "Talet på heile dagar som vert igjen når dei heile åra er trekte frå skilnaden mellom start- og sluttdatoen." +msgid "<item type=\"input\">=DATEDIF(\"1974-04-17\";\"2012-06-13\";\"y\")</item> yields 38." +msgstr "<item type=\"input\">=DATODIFF(\"1974-04-17\";\"2012-06-13\";\"y\")</item> gjev 38." #: func_datedif.xhp msgctxt "" "func_datedif.xhp\n" -"hd_id3147477\n" +"par_id451535132395328\n" "help.text" -msgid "Example" -msgstr "Eksempel" +msgid "<item type=\"input\">=DATEDIF(\"1974-04-17\";\"2012-06-13\";\"ym\")</item> yields 1." +msgstr "<item type=\"input\">=DATODIFF(\"1974-04-17\";\"2012-06-13\";\"ym\")</item> gjev 1." #: func_datedif.xhp msgctxt "" "func_datedif.xhp\n" -"par_id3152589\n" +"par_id611535132402642\n" "help.text" -msgid "Birthday calculation. A man was born on 1974-04-17. Today is 2012-06-13." -msgstr "Utrekning av fødselsdag. Ein person er født 17.4.1974. I dag er det 13.6.2012." +msgid "<item type=\"input\">=DATEDIF(\"1974-04-17\";\"2012-06-13\";\"md\")</item> yields 27." +msgstr "<item type=\"input\">=DATODIFF(\"1974-04-17\";\"2012-06-13\";\"md\")</item> gjev 27." #: func_datedif.xhp msgctxt "" "func_datedif.xhp\n" -"par_id3252589\n" +"par_id511535132411940\n" "help.text" -msgid "<item type=\"input\">=DATEDIF(\"1974-04-17\";\"2012-06-13\";\"y\")</item> yields 38. <item type=\"input\">=DATEDIF(\"1974-04-17\";\"2012-06-13\";\"ym\")</item> yields 1. <item type=\"input\">=DATEDIF(\"1974-04-17\";\"2012-06-13\";\"md\")</item> yields 27. So he is 38 years, 1 month and 27 days old." -msgstr "<item type=\"input\">=DATODIFF(\"17.4.1974\";\"13.6.2012\";\"y\")</item> gjev 38. <item type=\"input\">=DATODIFF(\"17.4.1974\";\"13.6.2012\";\"ym\")</item> gjev 1. <item type=\"input\">=DATODIFF(\"17.4.1974\";\"13.6.2012\";\"md\")</item> gjev 27. Så han er 38 år, 1 månad og 27 dagar gammal." +msgid "So he is 38 years, 1 month and 27 days old." +msgstr "Så han er 38 år, 1 månad og 27 dagar gammal." #: func_datedif.xhp msgctxt "" "func_datedif.xhp\n" "par_id3352589\n" "help.text" -msgid "<item type=\"input\">=DATEDIF(\"1974-04-17\";\"2012-06-13\";\"m\")</item> yields 457, he has been living for 457 months." -msgstr "<item type=\"input\">=DATODIFF(\"17.4.1974\";\"13.6.2012\";\"m\")</item>gjev 457, han har levd i 457 månadar." +msgid "<item type=\"input\">=DATEDIF(DATE(1974,4,17);\"2012-06-13\";\"m\")</item> yields 457, he has been living for 457 months." +msgstr "<item type=\"input\">==DATODIFF(DATO(1974;4;17);\"2012-06-13\";\"m\")</item> gjev 457, han har levd i 457 månadar." #: func_datedif.xhp msgctxt "" @@ -59037,8 +51933,8 @@ msgctxt "" "func_datedif.xhp\n" "par_id3752589\n" "help.text" -msgid "<item type=\"input\">=DATEDIF(\"1974-04-17\";\"2012-06-13\";\"yd\")</item> yields 57, his birthday was 57 days ago." -msgstr "<item type=\"input\">=DATODIF(\"17.4.1974\";\"13.6.2012\";\"yd\")</item> gjev 57, han hadde fødselsdag for 57 dagar sidan." +msgid "<item type=\"input\">=DATEDIF(\"1974-04-17\";DATE(2012;06;13);\"yd\")</item> yields 57, his birthday was 57 days ago." +msgstr "<item type=\"input\">=DATODIFF(\"17.4.1974\";DATO(2012;6;13);\"yd\")</item> gjev 57, han hadde fødselsdag for 57 dagar sidan." #: func_datevalue.xhp msgctxt "" @@ -59091,14 +51987,6 @@ msgstr "Dersom tekststrengen også inneheld ein tidsverdi, vil DATOVERDI returne #: func_datevalue.xhp msgctxt "" "func_datevalue.xhp\n" -"hd_id3156294\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_datevalue.xhp -msgctxt "" -"func_datevalue.xhp\n" "par_id3149268\n" "help.text" msgid "DATEVALUE(\"Text\")" @@ -59115,18 +52003,10 @@ msgstr "<emph>Tekst</emph> er eit gyldig datouttrykk og må skrivast inn mellom #: func_datevalue.xhp msgctxt "" "func_datevalue.xhp\n" -"hd_id3156309\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_datevalue.xhp -msgctxt "" -"func_datevalue.xhp\n" "par_id3155841\n" "help.text" -msgid "<emph>=DATEVALUE(\"1954-07-20\")</emph> yields 19925." -msgstr "<emph>=DATOVERDI(\"1954-07-20\")</emph> gjev 19925." +msgid "<item type=\"input\">=DATEVALUE(\"1954-07-20\")</item> yields 19925." +msgstr "<item type=\"input\">=DATOVERDI(\"1954-07-20\")</item> gjev 19925." #: func_day.xhp msgctxt "" @@ -59163,14 +52043,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TAG\">Gjev den dagen som svarar til ein gjeven dat #: func_day.xhp msgctxt "" "func_day.xhp\n" -"hd_id3150487\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_day.xhp -msgctxt "" -"func_day.xhp\n" "par_id3149430\n" "help.text" msgid "DAY(Number)" @@ -59181,40 +52053,32 @@ msgctxt "" "func_day.xhp\n" "par_id3149443\n" "help.text" -msgid "<emph>Number</emph>, as a time value, is a decimal, for which the day is to be returned." -msgstr "<emph>Tal</emph>, som ein tidsverdi, er eit desimaltal som dagen skal returnerast for." - -#: func_day.xhp -msgctxt "" -"func_day.xhp\n" -"hd_id3163809\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" +msgid "<emph>Number</emph> is the internal date number." +msgstr "<emph>Nummer</emph> er det interne datonummeret." #: func_day.xhp msgctxt "" "func_day.xhp\n" "par_id3151200\n" "help.text" -msgid "DAY(1) returns 31 (since $[officename] starts counting at zero from December 30, 1899)" -msgstr "DAG(1) returnerer 31 (sidan $[officename] byrjar teljinga frå null den 30. desember 1899)." +msgid "<item type=\"input\">=DAY(1)</item> returns 31 (since $[officename] starts counting at zero from December 30, 1899)" +msgstr "<item type=\"input\">DAG(1)</item> returnerer 31 (sidan $[officename] byrjar teljinga frå null den 30. desember 1899)." #: func_day.xhp msgctxt "" "func_day.xhp\n" "par_id3154130\n" "help.text" -msgid "DAY(NOW()) returns the current day." -msgstr "DAG(NO()) returnerer dagen i dag." +msgid "<item type=\"input\">=DAY(NOW())</item> returns the current day." +msgstr "<item type=\"input\">=DAG(NO())</item> returnerer dagen i dag." #: func_day.xhp msgctxt "" "func_day.xhp\n" "par_id3159190\n" "help.text" -msgid "=DAY(C4) returns 5 if you enter 1901-08-05 in cell C4 (the date value might get formatted differently after you press Enter)." -msgstr "=DAG(C4) returnerer 5 viss innhaldet av C4 = 5/8/1901 (resultatet kan verta formatert annleis etter at du trykkjer Enter)." +msgid "<item type=\"input\">=DAY(C4)</item> returns 5 if you enter 1901-08-05 in cell C4 (the date value might get formatted differently after you press Enter)." +msgstr "<item type=\"input\">=DAG(C4)</item> returnerer 5 viss innhaldet av C4 = 5/8/1901 (resultatet kan verta formatert annleis etter at du trykkjer Enter)." #: func_days.xhp msgctxt "" @@ -59251,14 +52115,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TAGE\">Reknar ut skilnaden mellom to datoverdiar.< #: func_days.xhp msgctxt "" "func_days.xhp\n" -"hd_id3155184\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_days.xhp -msgctxt "" -"func_days.xhp\n" "par_id3149578\n" "help.text" msgid "DAYS(Date2; Date1)" @@ -59275,26 +52131,18 @@ msgstr "<emph>Dato_1</emph> er startdatoen, <emph>Dato_2</emph> er sluttdatoen. #: func_days.xhp msgctxt "" "func_days.xhp\n" -"hd_id3151001\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_days.xhp -msgctxt "" -"func_days.xhp\n" "par_id3159101\n" "help.text" -msgid "=DAYS(\"2010-01-01\"; NOW()) returns the number of days from today until January 1, 2010." -msgstr "=DAGAR(\"1.1.2010\"; NO()) returnerer talet på dagar frå i dag og til 1. januar 2010." +msgid "<item type=\"input\">=DAYS(\"2010-01-01\"; NOW())</item> returns the number of days from today until January 1, 2010." +msgstr "<item type=\"input\">=DAGAR(\"1.1.2010\"; NO())</item> returnerer talet på dagar frå i dag og til 1. januar 2010." #: func_days.xhp msgctxt "" "func_days.xhp\n" "par_id3163720\n" "help.text" -msgid "=DAYS(\"1990-10-10\";\"1980-10-10\") returns 3652 days." -msgstr "=DAGAR(\"1990.10.10\";\"1980.10.10\") returnerer 3 652 dagar." +msgid "<item type=\"input\">=DAYS(\"1990-10-10\";\"1980-10-10\")</item> returns 3652 days." +msgstr "<item type=\"input\">=DAGAR(\"1990-10-10\";\"1980-10-10\")</item> returnerer 3652 dagar." #: func_days360.xhp msgctxt "" @@ -59331,14 +52179,6 @@ msgstr "<ahelp hid=\"HID_FUNC_TAGE360\">Returnerer skilnaden mellom to datoar ut #: func_days360.xhp msgctxt "" "func_days360.xhp\n" -"hd_id3155347\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_days360.xhp -msgctxt "" -"func_days360.xhp\n" "par_id3155313\n" "help.text" msgid "DAYS360(\"Date1\"; \"Date2\"; Type)" @@ -59363,18 +52203,10 @@ msgstr "Det valfrie argumentet <emph>Type</emph> bestemmer typen av skilnadsutre #: func_days360.xhp msgctxt "" "func_days360.xhp\n" -"hd_id3148641\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_days360.xhp -msgctxt "" -"func_days360.xhp\n" "par_id3156348\n" "help.text" -msgid "=DAYS360(\"2000-01-01\";NOW()) returns the number of interest days from January 1, 2000 until today." -msgstr "=DAGAR360(\"2000-01-01\";NO()) returnerer talet på rentedagar frå 1. januar 2000 til i dag." +msgid "<item type=\"input\">=DAYS360(\"2000-01-01\";NOW())</item> returns the number of interest days from January 1, 2000 until today." +msgstr "<item type=\"input\">=DAGAR360(\"2000-01-01\";NO())</item> returnerer talet på rentedagar frå 1. januar 2000 til i dag." #: func_eastersunday.xhp msgctxt "" @@ -59411,14 +52243,6 @@ msgstr "<ahelp hid=\"HID_FUNC_OSTERSONNTAG\">Returnerer datoen for første påsk #: func_eastersunday.xhp msgctxt "" "func_eastersunday.xhp\n" -"hd_id9460127\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_eastersunday.xhp -msgctxt "" -"func_eastersunday.xhp\n" "par_id2113711\n" "help.text" msgid "EASTERSUNDAY(Year)" @@ -59467,26 +52291,18 @@ msgstr "2. pinsedag = PÅSKEDAG(År) + 50" #: func_eastersunday.xhp msgctxt "" "func_eastersunday.xhp\n" -"hd_id3155120\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_eastersunday.xhp -msgctxt "" -"func_eastersunday.xhp\n" "par_id3154472\n" "help.text" -msgid "=EASTERSUNDAY(2000) returns 2000-04-23." -msgstr "PÅSKEDAG(2000) returnerer 2000-04-23." +msgid "<item type=\"input\">=EASTERSUNDAY(2000)</item> returns 2000-04-23." +msgstr "<item type=\"input\">=PÅSKEDAG(2000)</item> returnerer 23.04.2000." #: func_eastersunday.xhp msgctxt "" "func_eastersunday.xhp\n" "par_id3150940\n" "help.text" -msgid "EASTERSUNDAY(2000)+49 returns the internal serial number 36688. The result is 2000-06-11. Format the serial date number as a date, for example in the format YYYY-MM-DD." -msgstr "PÅSKEDAG(2000)+49 returnerer det interne serienummeret 36688. Formatert som dato, for eksempel i formatet DD.MM.ÅÅÅÅ, vert utskrifta 11.06.2000." +msgid "<item type=\"input\">=EASTERSUNDAY(2000)+49</item> returns the internal serial number 36688. The result is 2000-06-11. Format the serial date number as a date, for example in the format YYYY-MM-DD." +msgstr "<item type=\"input\">PÅSKEDAG(2000)+49</item> returnerer det interne serienummeret 36688. Formatert som dato, for eksempel i formatet DD.MM.ÅÅÅÅ, vert utskrifta 11.06.2000." #: func_edate.xhp msgctxt "" @@ -59523,14 +52339,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_EDATE\">Resultatet er ein dato som er eit best #: func_edate.xhp msgctxt "" "func_edate.xhp\n" -"hd_id3154647\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_edate.xhp -msgctxt "" -"func_edate.xhp\n" "par_id3153212\n" "help.text" msgid "EDATE(StartDate; Months)" @@ -59555,14 +52363,6 @@ msgstr "<emph>Månadar</emph> er talet på månadar før (negative) eller etter #: func_edate.xhp msgctxt "" "func_edate.xhp\n" -"hd_id3151289\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_edate.xhp -msgctxt "" -"func_edate.xhp\n" "par_id3155845\n" "help.text" msgid "What date is one month prior to 2001-03-31?" @@ -59611,14 +52411,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_EOMONTH\">Returnerer datoen for den siste dage #: func_eomonth.xhp msgctxt "" "func_eomonth.xhp\n" -"hd_id3150597\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_eomonth.xhp -msgctxt "" -"func_eomonth.xhp\n" "par_id3150351\n" "help.text" msgid "EOMONTH(StartDate; Months)" @@ -59643,14 +52435,6 @@ msgstr "<emph>Månadar</emph> er talet på månadar før (negative) eller etter #: func_eomonth.xhp msgctxt "" "func_eomonth.xhp\n" -"hd_id3156335\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_eomonth.xhp -msgctxt "" -"func_eomonth.xhp\n" "par_id3154829\n" "help.text" msgid "What is the last day of the month that falls 6 months after September 14 2001?" @@ -59707,14 +52491,6 @@ msgstr "<ahelp hid=\".\"><variable id=\"error_type_des\">Returnerer eit tal som #: func_error_type.xhp msgctxt "" "func_error_type.xhp\n" -"hd_id351323513235132\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_error_type.xhp -msgctxt "" -"func_error_type.xhp\n" "par_id1861223540440\n" "help.text" msgid "ERROR.TYPE(Error_value)" @@ -59819,14 +52595,6 @@ msgstr "#I/T" #: func_error_type.xhp msgctxt "" "func_error_type.xhp\n" -"hd_id352113521135211\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_error_type.xhp -msgctxt "" -"func_error_type.xhp\n" "hd_id182972884627444\n" "help.text" msgid "Simple usage" @@ -59963,14 +52731,6 @@ msgstr "PROGNOSE.ETS.ADD brukar modellen" #: func_forecastetsadd.xhp msgctxt "" "func_forecastetsadd.xhp\n" -"hd_id0403201618594554\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_forecastetsadd.xhp -msgctxt "" -"func_forecastetsadd.xhp\n" "par_id0403201618594544\n" "help.text" msgid "FORECAST.ETS.ADD(targets, values, timeline, [period_length], [data_completion], [aggregation])" @@ -60059,14 +52819,6 @@ msgstr "PROGNOSE.ETS.MULT brukar modellen" #: func_forecastetsmult.xhp msgctxt "" "func_forecastetsmult.xhp\n" -"hd_id0403201618594554\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_forecastetsmult.xhp -msgctxt "" -"func_forecastetsmult.xhp\n" "par_id0403201618594544\n" "help.text" msgid "FORECAST.ETS.MULT(targets, values, timeline, [period_length], [data_completion], [aggregation])" @@ -60155,14 +52907,6 @@ msgstr "PROGNOSE.ETS.PI.ADD brukar utreknongsmodellen" #: func_forecastetspiadd.xhp msgctxt "" "func_forecastetspiadd.xhp\n" -"hd_id0603201610005973\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_forecastetspiadd.xhp -msgctxt "" -"func_forecastetspiadd.xhp\n" "par_id0603201610010044\n" "help.text" msgid "FORECAST.ETS.PI.ADD(target, values, timeline, [confidence_level], [period_length], [data_completion], [aggregation])" @@ -60275,14 +53019,6 @@ msgstr "PROGNOSE.ETS.PI.MULT reknar ut etter modellen" #: func_forecastetspimult.xhp msgctxt "" "func_forecastetspimult.xhp\n" -"hd_id0603201610005973\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_forecastetspimult.xhp -msgctxt "" -"func_forecastetspimult.xhp\n" "par_id0603201610010044\n" "help.text" msgid "FORECAST.ETS.PI.MULT(target, values, timeline, [confidence_level], [period_length], [data_completion], [aggregation])" @@ -60395,14 +53131,6 @@ msgstr "Det same resultatet vert returnert med PROGNOSE.STAT-funksjonen når arg #: func_forecastetsseason.xhp msgctxt "" "func_forecastetsseason.xhp\n" -"hd_id0603201618013635\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_forecastetsseason.xhp -msgctxt "" -"func_forecastetsseason.xhp\n" "par_id0603201618013796\n" "help.text" msgid "FORECAST.ETS.SEASONALITY (values, timeline, [data_completion], [aggregation])" @@ -60475,14 +53203,6 @@ msgstr "PROGNOSE.ETS.STAT.ADD brukar utreknIngsmodellen" #: func_forecastetsstatadd.xhp msgctxt "" "func_forecastetsstatadd.xhp\n" -"par_id050320162122554\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_forecastetsstatadd.xhp -msgctxt "" -"func_forecastetsstatadd.xhp\n" "par_id0603201610005728\n" "help.text" msgid "FORECAST.ETS.STAT.ADD (values, timeline, stat_type, [period_length], [data_completion], [aggregation])" @@ -60571,14 +53291,6 @@ msgstr "PROGNOSE.ETS.STAT.MULTI reknar ut etter modellen" #: func_forecastetsstatmult.xhp msgctxt "" "func_forecastetsstatmult.xhp\n" -"par_id050320162122554\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_forecastetsstatmult.xhp -msgctxt "" -"func_forecastetsstatmult.xhp\n" "par_id0603201610005728\n" "help.text" msgid "FORECAST.ETS.STAT.MULT (values, timeline, stat_type, [period_length], [data_completion], [aggregation])" @@ -60659,14 +53371,6 @@ msgstr "<ahelp hid=\"HID_FUNC_STUNDE\">Gjevn timen som tilsvarer ein bestemt tid #: func_hour.xhp msgctxt "" "func_hour.xhp\n" -"hd_id3149338\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_hour.xhp -msgctxt "" -"func_hour.xhp\n" "par_id3150637\n" "help.text" msgid "HOUR(Number)" @@ -60683,14 +53387,6 @@ msgstr "<emph>Tal</emph>, som ein tidsverdi, er det desimaltalet som timen skal #: func_hour.xhp msgctxt "" "func_hour.xhp\n" -"hd_id3153264\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_hour.xhp -msgctxt "" -"func_hour.xhp\n" "par_id3159215\n" "help.text" msgid "<item type=\"input\">=HOUR(NOW())</item> returns the current hour" @@ -61459,14 +54155,6 @@ msgstr "I følgje internasjonal standard ISO 8601 er måndag den første dagen i #: func_isoweeknum.xhp msgctxt "" "func_isoweeknum.xhp\n" -"hd_id3153055\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_isoweeknum.xhp -msgctxt "" -"func_isoweeknum.xhp\n" "par_id3147236\n" "help.text" msgid "ISOWEEKNUM(Number)" @@ -61483,26 +54171,18 @@ msgstr "<emph>Tal</emph> er det interne datonummeret." #: func_isoweeknum.xhp msgctxt "" "func_isoweeknum.xhp\n" -"hd_id3146948\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_isoweeknum.xhp -msgctxt "" -"func_isoweeknum.xhp\n" "par_id3149792\n" "help.text" -msgid "=ISOWEEKNUM(DATE(1995;1;1)) returns 52. Week 1 starts on Monday, 1995-01-02." -msgstr "=ISOVEKENR(DATO(1/1/1995)) returnerer 52. Veke 1 byrjar på måndag 02.01.1995." +msgid "<item type=\"input\">=ISOWEEKNUM(DATE(1995;1;1))</item> returns 52. Week 1 starts on Monday, 1995-01-02." +msgstr "<item type=\"input\">=ISOVEKENR(DATO(1995;1;1))</item> returnerer 52. Veke 1 byrjar på måndag 02.01.1995." #: func_isoweeknum.xhp msgctxt "" "func_isoweeknum.xhp\n" "par_id3149794\n" "help.text" -msgid "=ISOWEEKNUM(DATE(1999;1;1)) returns 53. Week 1 starts on Monday, 1999-01-04." -msgstr "=ISOVEKENR(DATO(1999;1;1)) returnerer 53. Veke 1 byrjar på måndag 04.01.1999." +msgid "<item type=\"input\">=ISOWEEKNUM(DATE(1999;1;1))</item> returns 53. Week 1 starts on Monday, 1999-01-04." +msgstr "<item type=\"input\">=ISOVEKENR(DATO(1999;1;1))</item> returnerer 53. Veke 1 byrjar på måndag 04.01.1999." #: func_maxifs.xhp msgctxt "" @@ -61539,14 +54219,6 @@ msgstr "<ahelp hid=\".\"><variable id=\"maxifs_des\">Returnerer maksimum av cell #: func_maxifs.xhp msgctxt "" "func_maxifs.xhp\n" -"hd_id660246602466024\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_maxifs.xhp -msgctxt "" -"func_maxifs.xhp\n" "par_id11655988824213\n" "help.text" msgid "MAXIFS(<embedvar href=\"text/scalc/01/ex_data_stat_func.xhp#args\" markup=\"ignore\"/>)" @@ -61707,14 +54379,6 @@ msgstr "<ahelp hid=\".\"><variable id=\"minifs_des\">Returnerer minimum av celle #: func_minifs.xhp msgctxt "" "func_minifs.xhp\n" -"hd_id660246602466024\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_minifs.xhp -msgctxt "" -"func_minifs.xhp\n" "par_id11655988824213\n" "help.text" msgid "MINIFS(<embedvar href=\"text/scalc/01/ex_data_stat_func.xhp#args\" markup=\"ignore\"/>)" @@ -61875,14 +54539,6 @@ msgstr "<ahelp hid=\"HID_FUNC_MINUTE\">Reknar ut minuttverdien for ein intern ti #: func_minute.xhp msgctxt "" "func_minute.xhp\n" -"hd_id3154343\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_minute.xhp -msgctxt "" -"func_minute.xhp\n" "par_id3148660\n" "help.text" msgid "MINUTE(Number)" @@ -61899,14 +54555,6 @@ msgstr "<emph>Tal</emph> som ein tidsverdi, er eit desimaltal for minuttet som s #: func_minute.xhp msgctxt "" "func_minute.xhp\n" -"hd_id3145374\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_minute.xhp -msgctxt "" -"func_minute.xhp\n" "par_id3148463\n" "help.text" msgid "<item type=\"input\">=MINUTE(8.999)</item> returns 58" @@ -61963,14 +54611,6 @@ msgstr "<ahelp hid=\"HID_FUNC_MONAT\">Returnerer den månaden som svarar til ein #: func_month.xhp msgctxt "" "func_month.xhp\n" -"hd_id3149517\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_month.xhp -msgctxt "" -"func_month.xhp\n" "par_id3145602\n" "help.text" msgid "MONTH(Number)" @@ -61981,32 +54621,24 @@ msgctxt "" "func_month.xhp\n" "par_id3149485\n" "help.text" -msgid "<emph>Number</emph>, as a time value, is a decimal for which the month is to be returned." -msgstr "<emph>tal</emph> er som tidsverdi eit desimaltal som månaden skal reknast ut for." - -#: func_month.xhp -msgctxt "" -"func_month.xhp\n" -"hd_id3153322\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" +msgid "<emph>Number</emph> is the internal date number." +msgstr "<emph>Nummer</emph> er det interne datonummeret." #: func_month.xhp msgctxt "" "func_month.xhp\n" "par_id3149244\n" "help.text" -msgid "=MONTH(NOW()) returns the current month." -msgstr "=MÅNAD(NO()) returnerer inneverande månad." +msgid "<item type=\"input\">=MONTH(NOW())</item> returns the current month." +msgstr "<item type=\"input\">=MÅNAD(NO())</item> returnerer den gjeldande månaden.." #: func_month.xhp msgctxt "" "func_month.xhp\n" "par_id3154790\n" "help.text" -msgid "=MONTH(C4) returns 7 if you enter 2000-07-07 to cell C4 (that date value might get formatted differently after you press Enter)." -msgstr "=MÅNAD(C4) returnerer 7 dersom du skriv inn 7.7.2000 i cella C4. (Datoverdien kan verta formatert annleis etter at du har trykt Enter)." +msgid "<item type=\"input\">=MONTH(C4)</item> returns 7 if you enter 2000-07-07 to cell C4 (that date value might get formatted differently after you press Enter)." +msgstr "<item type=\"input\">=MÅNAD(C4)</item> returnerer 7 dersom du skriv inn 7.7.2000 i cella C4. (Datoverdien kan verta formatert annleis etter at du har trykt Enter)." #: func_networkdays.intl.xhp msgctxt "" @@ -62043,18 +54675,10 @@ msgstr "<ahelp hid=\".\">Returnerer talet på arbeidsdagar mellom start- og slut #: func_networkdays.intl.xhp msgctxt "" "func_networkdays.intl.xhp\n" -"par_id231020162213395472\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_networkdays.intl.xhp -msgctxt "" -"func_networkdays.intl.xhp\n" "par_id231020162249539143\n" "help.text" -msgid "<item type=\"literal\">NETWORKDAYS.INTL(StartDate; EndDate; Weekend; Holidays)</item>" -msgstr "<item type=\"literal\">NETTO.ARBEIDSDAGAR.INTL(StartDatO; SluttDato; Helg; Fridagar)</item>" +msgid "NETWORKDAYS.INTL(StartDate; EndDate; Weekend; Holidays)" +msgstr "NETTO.ARBEIDSDAGAR.INTL(Startdato;Sluttdato;Helg;Fridagar)" #: func_networkdays.intl.xhp msgctxt "" @@ -62075,14 +54699,6 @@ msgstr "<emph>SluttDato</emph> er den siste datoen som utrekninga vert gjort for #: func_networkdays.intl.xhp msgctxt "" "func_networkdays.intl.xhp\n" -"hd_id231020162249551873\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_networkdays.intl.xhp -msgctxt "" -"func_networkdays.intl.xhp\n" "par_id231020162249554032\n" "help.text" msgid "How many workdays fall between December 15, 2016 and January 14, 2017? Let the start date be located in C3 and the end date in D3. Cells F3 to J3 contain five (5) holidays for Christmas and New Year in date format: December 24, 2016; December 25, 2016; December 26, 2016; December 31, 2016; and January 1, 2017." @@ -62093,16 +54709,16 @@ msgctxt "" "func_networkdays.intl.xhp\n" "par_id231020162249551234\n" "help.text" -msgid "<item type=\"literal\">=NETWORKDAYS.INTL(C3;D3;;F3:J3)</item> returns 21 workdays with default for weekend days." -msgstr "<item type=\"literal\">=NETTO.ARBEIDSDAGAR.INTL(C3;D3;;F3:J3)</item> returnerer 21 arbeidsdagar med dei andre dagane som fridagar." +msgid "<item type=\"input\">=NETWORKDAYS.INTL(C3;D3;;F3:J3)</item> returns 21 workdays with default for weekend days." +msgstr "<item type=\"input\">=NETTO.ARBEIDSDAGAR.INTL(C3;D3;;F3:J3)</item> returnerer 21 arbeidsdagar med dei andre dagane som fridagar." #: func_networkdays.intl.xhp msgctxt "" "func_networkdays.intl.xhp\n" "par_id231020162249553109\n" "help.text" -msgid "<item type=\"literal\">=NETWORKDAYS.INTL(C3;D3;11;F3:J3)</item> returns 24 workdays with Sunday only weekends." -msgstr "<item type=\"literal\">=NETTO.ARBEIDSDAGAR.INTL(C3;D3;11;F3:J3)</item> returnerer 24 arbeidsdagar med berre søndag som fridag." +msgid "<item type=\"input\">=NETWORKDAYS.INTL(C3;D3;11;F3:J3)</item> returns 24 workdays with Sunday only weekends." +msgstr "<item type=\"input\">=NETTO.ARBEIDSDAGAR.INTL(C3;D3;11;F3:J3)</item> returnerer 24 arbeidsdagar med berre søndag som fridag." #: func_networkdays.intl.xhp msgctxt "" @@ -62117,8 +54733,8 @@ msgctxt "" "func_networkdays.intl.xhp\n" "par_id231020162249553409\n" "help.text" -msgid "<item type=\"literal\">=NETWORKDAYS.INTL(C3;D3;“0000001”;F3:J3)</item> returns 24 workdays with Sunday only weekend." -msgstr "<item type=\"literal\">=NETTO.ARBEIDSDAGAR.INTL(C3;D3;“0000001”;F3:J3)</item> returnerer 24 arbeidsdagar med søndag som einaste fridag." +msgid "<item type=\"input\">=NETWORKDAYS.INTL(C3;D3;“0000001”;F3:J3)</item> returns 24 workdays with Sunday only weekend." +msgstr "<item type=\"input\">=NETTO.ARBEIDSDAGAR.INTL(C3;D3;“0000001”;F3:J3)</item> returnerer 24 arbeidsdagar med søndag som einaste fridag." #: func_networkdays.intl.xhp msgctxt "" @@ -62133,8 +54749,8 @@ msgctxt "" "func_networkdays.intl.xhp\n" "par_id23102016224955931\n" "help.text" -msgid "<item type=\"literal\">=NETWORKDAYS.INTL(C3;D3)</item> gives 22 working days." -msgstr "<item type=\"literal\">=NETTO.ARBEIDSDAGAR.INTL(C3;D3)</item> gir 22 arbeidsdagar." +msgid "<item type=\"input\">=NETWORKDAYS.INTL(C3;D3)</item> gives 22 working days." +msgstr "<item type=\"input\">=NETTO.ARBEIDSDAGAR.INTL(C3;D3)</item> gjev 22 arbeidsdagar." #: func_networkdays.intl.xhp msgctxt "" @@ -62203,14 +54819,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_NETWORKDAYS\">Returnerer talet på arbeidsdaga #: func_networkdays.xhp msgctxt "" "func_networkdays.xhp\n" -"hd_id3148677\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_networkdays.xhp -msgctxt "" -"func_networkdays.xhp\n" "par_id3145775\n" "help.text" msgid "NETWORKDAYS(StartDate; EndDate; Holidays; Workdays)" @@ -62251,14 +54859,6 @@ msgstr "<emph>Arbeidsdagar</emph> er ei valfri liste med tal som definerer ei st #: func_networkdays.xhp msgctxt "" "func_networkdays.xhp\n" -"hd_id3146902\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_networkdays.xhp -msgctxt "" -"func_networkdays.xhp\n" "par_id3154661\n" "help.text" msgid "How many workdays fall between 2001-12-15 and 2002-01-15? The start date is located in C3 and the end date in D3. Cells F3 to J3 contain the following Christmas and New Year holidays: \"2001-12-24\", \"2001-12-25\", \"2001-12-26\", \"2001-12-31\", \"2002-01-01\"." @@ -62355,14 +54955,6 @@ msgstr "<ahelp hid=\"HID_FUNC_JETZT\">Returnerer datoen og klokkeslettet til dat #: func_now.xhp msgctxt "" "func_now.xhp\n" -"hd_id3146988\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_now.xhp -msgctxt "" -"func_now.xhp\n" "par_id3154897\n" "help.text" msgid "NOW()" @@ -62379,14 +54971,6 @@ msgstr "NO er ein funksjon utan argument." #: func_now.xhp msgctxt "" "func_now.xhp\n" -"hd_id3154205\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_now.xhp -msgctxt "" -"func_now.xhp\n" "par_id3150774\n" "help.text" msgid "<item type=\"input\">=NOW()-A1</item> returns the difference between the date in A1 and now. Format the result as a number." @@ -62435,14 +55019,6 @@ msgstr "Avgrensingar: LENGD(desimal_skilje) = 1. Desimalskiljeteikn skal ikkje f #: func_numbervalue.xhp msgctxt "" "func_numbervalue.xhp\n" -"hd_id3156294\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_numbervalue.xhp -msgctxt "" -"func_numbervalue.xhp\n" "par_id3149268\n" "help.text" msgid "NUMBERVALUE(\"Text\";decimal_separator;group_separator)" @@ -62475,14 +55051,6 @@ msgstr "<emph>gruppe_skilje</emph> (valfri) er teiknet (teikna) som er brukt som #: func_numbervalue.xhp msgctxt "" "func_numbervalue.xhp\n" -"hd_id3156309\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_numbervalue.xhp -msgctxt "" -"func_numbervalue.xhp\n" "par_id3155841\n" "help.text" msgid "<item type=\"input\">=NUMBERVALUE(\"123.456\";\".\";\",\")</item> yields 123.456" @@ -62691,14 +55259,6 @@ msgstr "<ahelp hid=\"HID_FUNC_SEKUNDE\">Returnerer det sekundet som svarar til e #: func_second.xhp msgctxt "" "func_second.xhp\n" -"hd_id3154362\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_second.xhp -msgctxt "" -"func_second.xhp\n" "par_id3148407\n" "help.text" msgid "SECOND(Number)" @@ -62715,14 +55275,6 @@ msgstr "<emph>Tal</emph> som tidsverdi, er eit desimaltal som sekunda skal rekna #: func_second.xhp msgctxt "" "func_second.xhp\n" -"hd_id3149992\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_second.xhp -msgctxt "" -"func_second.xhp\n" "par_id3153350\n" "help.text" msgid "<item type=\"input\">=SECOND(NOW())</item> returns the current second" @@ -62867,14 +55419,6 @@ msgstr "<ahelp hid=\".\"><variable id=\"sumifs_des\">Returnerer summen av cellev #: func_sumifs.xhp msgctxt "" "func_sumifs.xhp\n" -"hd_id660246602466024\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_sumifs.xhp -msgctxt "" -"func_sumifs.xhp\n" "par_id11655988824213\n" "help.text" msgid "SUMIFS(<embedvar href=\"text/scalc/01/ex_data_stat_func.xhp#args\" markup=\"ignore\"/>)" @@ -63035,14 +55579,6 @@ msgstr "<ahelp hid=\"HID_FUNC_ZEIT\">TID returnerer ein tidsverdi ut frå verdia #: func_time.xhp msgctxt "" "func_time.xhp\n" -"hd_id3155550\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_time.xhp -msgctxt "" -"func_time.xhp\n" "par_id3154584\n" "help.text" msgid "TIME(Hour; Minute; Second)" @@ -63075,14 +55611,6 @@ msgstr "Bruk eit heiltal når du set <emph>Sekund</emph>. " #: func_time.xhp msgctxt "" "func_time.xhp\n" -"hd_id3145577\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_time.xhp -msgctxt "" -"func_time.xhp\n" "par_id3156076\n" "help.text" msgid "<item type=\"input\">=TIME(0;0;0)</item> returns 00:00:00" @@ -63147,14 +55675,6 @@ msgstr "Dersom tekststrengen også inneheld eit år, ein månad eller ein dag, v #: func_timevalue.xhp msgctxt "" "func_timevalue.xhp\n" -"hd_id3150810\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_timevalue.xhp -msgctxt "" -"func_timevalue.xhp\n" "par_id3150823\n" "help.text" msgid "TIMEVALUE(\"Text\")" @@ -63171,14 +55691,6 @@ msgstr "<emph>Tekst</emph> er eit gyldig tidsuttrykk og må skrivast inn mellom #: func_timevalue.xhp msgctxt "" "func_timevalue.xhp\n" -"hd_id3146815\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_timevalue.xhp -msgctxt "" -"func_timevalue.xhp\n" "par_id3146829\n" "help.text" msgid "<item type=\"input\">=TIMEVALUE(\"4PM\")</item> returns 0.67. When formatting in time format HH:MM:SS, you then get 16:00:00." @@ -63227,14 +55739,6 @@ msgstr "<ahelp hid=\"HID_FUNC_HEUTE\">Returnerer datoen til datamaskinsystemet.< #: func_today.xhp msgctxt "" "func_today.xhp\n" -"hd_id3154051\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_today.xhp -msgctxt "" -"func_today.xhp\n" "par_id3153154\n" "help.text" msgid "TODAY()" @@ -63251,14 +55755,6 @@ msgstr "IDAG er ein funksjon utan argument." #: func_today.xhp msgctxt "" "func_today.xhp\n" -"hd_id3153627\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_today.xhp -msgctxt "" -"func_today.xhp\n" "par_id3156106\n" "help.text" msgid "<item type=\"input\">TODAY()</item> returns the current computer system date." @@ -63299,14 +55795,6 @@ msgstr "<ahelp hid=\"HID_FUNC_WEBSERVICE\">Hent innhald frå nettet via ein URI. #: func_webservice.xhp msgctxt "" "func_webservice.xhp\n" -"hd_id3146944\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_webservice.xhp -msgctxt "" -"func_webservice.xhp\n" "par_id3154844\n" "help.text" msgid "WEBSERVICE(URI)" @@ -63323,14 +55811,6 @@ msgstr "<emph>URI</emph>: URI-tekst for nettenesta." #: func_webservice.xhp msgctxt "" "func_webservice.xhp\n" -"hd_id3150141\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_webservice.xhp -msgctxt "" -"func_webservice.xhp\n" "par_id3146142\n" "help.text" msgid "<item type=\"input\">=WEBSERVICE(\"wiki.documentfoundation.org/api.php?hidebots=1&days=7&limit=50&action=feedrecentchanges&feedformat=rss\")</item>" @@ -63371,14 +55851,6 @@ msgstr "<ahelp hid=\"HID_FUNC_FILTERXML\">Bruk eit XPath-uttrykk på eit XML-dok #: func_webservice.xhp msgctxt "" "func_webservice.xhp\n" -"hd_id2946944\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_webservice.xhp -msgctxt "" -"func_webservice.xhp\n" "par_id2954844\n" "help.text" msgid "FILTERXML(XML Document; XPath expression)" @@ -63403,14 +55875,6 @@ msgstr "<emph>XPath-uttrykk (nødvendig)</emph>: Streng som inneheld eit gyldig #: func_webservice.xhp msgctxt "" "func_webservice.xhp\n" -"hd_id2950141\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_webservice.xhp -msgctxt "" -"func_webservice.xhp\n" "par_id2946142\n" "help.text" msgid "<item type=\"input\">=FILTERXML(WEBSERVICE(\"wiki.documentfoundation.org/api.php?hidebots=1&days=7&limit=50&action=feedrecentchanges&feedformat=rss\");\"//lastBuildDate\")</item>" @@ -63459,14 +55923,6 @@ msgstr "Bruk denne funksjonen for å omforma tekst med nasjonale bokstavar (for #: func_webservice.xhp msgctxt "" "func_webservice.xhp\n" -"hd_id351517132879400\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_webservice.xhp -msgctxt "" -"func_webservice.xhp\n" "par_id351517132879400\n" "help.text" msgid "ENCODEURL(Text)" @@ -63483,14 +55939,6 @@ msgstr "<emph>tekst</emph>: Streng som skal omformast til URL-standard." #: func_webservice.xhp msgctxt "" "func_webservice.xhp\n" -"hd_id901517132933934\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_webservice.xhp -msgctxt "" -"func_webservice.xhp\n" "par_id651517132994921\n" "help.text" msgid "If cell A1 contains the Cyrillic text \"автомобиль\", <item type=\"input\">=ENCODEURL(A1)</item> returns %D0%B0%D0%B2%D1%82%D0%BE%D0%BC%D0%BE%D0%B1%D0%B8%D0%BB%D1%8C (the word \"автомобиль\" means car in Russian)." @@ -63539,14 +55987,6 @@ msgstr "<ahelp hid=\"HID_FUNC_WOCHENTAG\">Returnerer vekedagen for den gjevne da #: func_weekday.xhp msgctxt "" "func_weekday.xhp\n" -"hd_id3147217\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_weekday.xhp -msgctxt "" -"func_weekday.xhp\n" "par_id3149033\n" "help.text" msgid "WEEKDAY(Number; Type)" @@ -63683,58 +56123,50 @@ msgstr "Denne verdien vert berre brukt for standard datoformat som er vald i <sw #: func_weekday.xhp msgctxt "" "func_weekday.xhp\n" -"hd_id3153836\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_weekday.xhp -msgctxt "" -"func_weekday.xhp\n" "par_id3150317\n" "help.text" -msgid "<item type=\"literal\">=WEEKDAY(\"2000-06-14\")</item> returns 4 (the Type parameter is missing, therefore the standard count is used. The standard count starts with Sunday as day number 1. June 14, 2000 was a Wednesday and therefore day number 4)." -msgstr "<item type=\"literal\">=VEKEDAG(\"2000-06-14\")</item> returnerer 4. (Typeparameteren manglar, difor vert standardoppsettet brukt. Standardoppsettet byrjar med søndag som dag nummer 1. 14. juni 2000 var ein onsdag og difor dag nummer 4 i dette oppsettet). " +msgid "<item type=\"input\">=WEEKDAY(\"2000-06-14\")</item> returns 4 (the Type parameter is missing, therefore the standard count is used. The standard count starts with Sunday as day number 1. June 14, 2000 was a Wednesday and therefore day number 4)." +msgstr "<item type=\"input\">=VEKEDAG(\"2000-06-14\")</item> returnerer 4. (Typeparameteren manglar, difor vert standardoppsettet brukt. Standardoppsettet byrjar med søndag som dag nummer 1. 14. juni 2000 var ein onsdag og difor dag nummer 4 i dette oppsettet). " #: func_weekday.xhp msgctxt "" "func_weekday.xhp\n" "par_id3153174\n" "help.text" -msgid "<item type=\"literal\">=WEEKDAY(\"1996-07-24\";2)</item> returns 3 (the Type parameter is 2, therefore Monday is day number 1. July 24, 1996 was a Wednesday and therefore day number 3)." -msgstr "<item type=\"literal\">=VEKEDAG(\"24.7.1996\";2)</item> returnerer 3 (Type-parameteren er 2, difor er måndag dag nummer 1. 24. juli 1996 var ein onsdag og difor dag nummer 3)." +msgid "<item type=\"input\">=WEEKDAY(\"1996-07-24\";2)</item> returns 3 (the Type parameter is 2, therefore Monday is day number 1. July 24, 1996 was a Wednesday and therefore day number 3)." +msgstr "<item type=\"input\">=VEKEDAG(\"24.7.1996\";2)</item> returnerer 3 (Type-parameteren er 2, difor er måndag dag nummer 1. 24. juli 1996 var ein onsdag og difor dag nummer 3)." #: func_weekday.xhp msgctxt "" "func_weekday.xhp\n" "par_id3153525\n" "help.text" -msgid "<item type=\"literal\">=WEEKDAY(\"1996-07-24\";1)</item> returns 4 (the Type parameter is 1, therefore Sunday is day number 1. July 24, 1996 was a Wednesday and therefore day number 4)." -msgstr "<item type=\"literal\">=VEKEDAG(\"24.7.1996\";1)</item> returnerer 4 (Type-parameteren er 1, difor er søndag dag nummer 1. 24. Juli 1996 var ein onsdag og difor dag nummer 4)." +msgid "<item type=\"input\">=WEEKDAY(\"1996-07-24\";1)</item> returns 4 (the Type parameter is 1, therefore Sunday is day number 1. July 24, 1996 was a Wednesday and therefore day number 4)." +msgstr "<item type=\"input\">=VEKEDAG(\"24.7.1996\";1)</item> returnerer 4 (Type-parameteren er 1, difor er søndag dag nummer 1. 24. Juli 1996 var ein onsdag og difor dag nummer 4)." #: func_weekday.xhp msgctxt "" "func_weekday.xhp\n" "par_id050220170616006699\n" "help.text" -msgid "<item type=\"literal\">=WEEKDAY(\"2017-05-02\";14)</item> returns 6 (the Type parameter is 14, therefore Thursday is day number 1. May 2, 2017 was a Tuesday and therefore day number 6)" -msgstr "<item type=\"literal\">=VEKEDAG(\"02.05.2017\";1)</item> returnerer 6 (Type-parameteren er 14, difor er torsdag dag nummer 1. 2.. mai 2017 var ein torsdag og difor dag nummer 6)" +msgid "<item type=\"input\">=WEEKDAY(\"2017-05-02\";14)</item> returns 6 (the Type parameter is 14, therefore Thursday is day number 1. May 2, 2017 was a Tuesday and therefore day number 6)" +msgstr "<item type=\"input\">=VEKEDAG(\"02.05.2017\";1)</item> returnerer 6 (Type-parameteren er 14, difor er torsdag dag nummer 1. 2.. mai 2017 var ein torsdag og difor dag nummer 6)" #: func_weekday.xhp msgctxt "" "func_weekday.xhp\n" "par_id3150575\n" "help.text" -msgid "<item type=\"literal\">=WEEKDAY(NOW())</item> returns the number of the current day." -msgstr "<item type=\"literal\">=VEKEDAG(NO())</item> returnerer talet for dagen i dag." +msgid "<item type=\"input\">=WEEKDAY(NOW())</item> returns the number of the current day." +msgstr "<item type=\"input\">=VEKEDAG(NO())</item> returnerer talet for dagen i dag." #: func_weekday.xhp msgctxt "" "func_weekday.xhp\n" "par_id3150588\n" "help.text" -msgid "To obtain a function indicating whether a day in A1 is a business day, use the IF and WEEKDAY functions as follows: <br/><item type=\"literal\">IF(WEEKDAY(A1;2)<6;\"Business day\";\"Weekend\")</item>" -msgstr "Dersom du ønskjer å leggja inn ein funksjon som viser om A1 er ein arbeidsdag, kan du bruka VISS og VEKEDAG slik i A1:<br/><item type=\"literal\">VISS(VEKEDAG(A1;2<6;\"Arbeidsdag\";\"Helg\")</item>" +msgid "To obtain a function indicating whether a day in A1 is a business day, use the IF and WEEKDAY functions as follows: <br/><item type=\"input\">IF(WEEKDAY(A1;2)<6;\"Business day\";\"Weekend\")</item>" +msgstr "Dersom du ønskjer å leggja inn ein funksjon som viser om A1 er ein arbeidsdag, kan du bruka VISS og VEKEDAG slik i A1:<br/><item type=\"input\">VISS(VEKEDAG(A1;2<6;\"Arbeidsdag\";\"Helg\")</item>" #: func_weeknum.xhp msgctxt "" @@ -63779,26 +56211,42 @@ msgstr "Programmet har støtte for to ulike nummereringssystem for vekenummer:" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" +"par_id851535122363435\n" +"help.text" +msgid "System" +msgstr "System" + +#: func_weeknum.xhp +msgctxt "" +"func_weeknum.xhp\n" +"par_id691535122363437\n" +"help.text" +msgid "System 1" +msgstr "System 1" + +#: func_weeknum.xhp +msgctxt "" +"func_weeknum.xhp\n" "par_id3147221\n" "help.text" -msgid "System 1: The week containing January 1 is the first week of the year, and is numbered week 1." -msgstr "System 1: Den veka som inneheld 1. januar er den første veka i året og får nummeret 1." +msgid "The week containing January 1 is the first week of the year, and is numbered week 1." +msgstr "Den veka som inneheld 1. januar er den første veka i året og får nummeret 1." #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" -"par_id3147222\n" +"par_id741535122455285\n" "help.text" -msgid "System 2: The week containing the first Thursday of the year is the first week of the year, and is numbered week 1. That means that week number 1 of any year is the week that contains January 4th. ISO 8601 defines this system and that the week starts on Monday." -msgstr "System 2: Den veka som inneheld den første torsdagen i året er den første veka i året og vert veke nummer 1. Veke nummer 1 er såleis den veka som inneheld 4. januar. Dette er definert i ISO 8601, som også har bestemt at måndag den første dagen i veka." +msgid "System 2" +msgstr "System 2" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" -"hd_id3153055\n" +"par_id3147222\n" "help.text" -msgid "Syntax" -msgstr "Syntaks" +msgid "The week containing the first Thursday of the year is the first week of the year, and is numbered week 1. That means that week number 1 of any year is the week that contains January 4th. ISO 8601 defines this system and that the week starts on Monday." +msgstr "Den veka som inneheld den første torsdagen i året er den første veka i året og vert veke nummer 1. Veke nummer 1 er såleis den veka som inneheld 4. januar. Dette er definert i ISO 8601, som også har bestemt at måndag er den første dagen i veka." #: func_weeknum.xhp msgctxt "" @@ -63827,130 +56275,162 @@ msgstr "<emph>Modus</emph> bestemmer kva dag veka byrjar med og nummeringssystem #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" -"par_id3148930\n" +"par_id961535122993923\n" "help.text" -msgid "1 = Sunday, system 1" -msgstr "1 = Søndag, system 1" +msgid "System" +msgstr "System" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" -"par_id3154280\n" +"par_id151535122633826\n" "help.text" -msgid "2 = Monday, system 1" -msgstr "2 = Måndag, system 1" +msgid "Mode" +msgstr "Modus" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" -"par_id3154281\n" +"par_id231535122633827\n" "help.text" -msgid "11 = Monday, system 1" -msgstr "11 = Måndag, system 1" +msgid "Day of the week" +msgstr "Vekedag" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" -"par_id3154282\n" +"par_id531535124180000\n" "help.text" -msgid "12 = Tuesday, system 1" -msgstr "12 = Tysdag, system 1" +msgid "System 1" +msgstr "System 1" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" -"par_id3154283\n" +"par_id351535122633828\n" "help.text" -msgid "13 = Wednesday, system 1" -msgstr "13 = Onsdag, system 1" +msgid "Sunday" +msgstr "Søndag" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" -"par_id3154284\n" +"par_id591535122756686\n" "help.text" -msgid "14 = Thursday, system 1" -msgstr "14 = Torsdag, system 1" +msgid "Monday" +msgstr "Måndag" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" -"par_id3154285\n" +"par_id881535122835126\n" "help.text" -msgid "15 = Friday, system 1" -msgstr "15 = Fredag, system 1" +msgid "Monday" +msgstr "Måndag" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" -"par_id3154286\n" +"par_id241535122903569\n" "help.text" -msgid "16 = Saturday, system 1" -msgstr "16 = Laurdag, system 1" +msgid "Tuesday" +msgstr "Tysdag" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" -"par_id3154287\n" +"par_id31535124277973\n" "help.text" -msgid "17 = Sunday, system 1" -msgstr "17 = Søndag, system 1" +msgid "Wednesday" +msgstr "Onsdag" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" -"par_id3154288\n" +"par_id21535124310462\n" "help.text" -msgid "21 = Monday, system 2 (ISO 8601)" -msgstr "21 = Måndag, system 2 (ISO 8601)" +msgid "Thursday" +msgstr "Torsdag" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" -"par_id3154289\n" +"par_id921535124365435\n" "help.text" -msgid "150 = Monday, system 2 (ISO 8601, for interoperability with Gnumeric)" -msgstr "150 = Måndag, system 2 (ISO 8601, for å kunne brukast med Gnumeric)" +msgid "Friday" +msgstr "Fredag" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" -"hd_id3146948\n" +"par_id211535124416253\n" "help.text" -msgid "Examples" -msgstr "Eksempel" +msgid "Saturday" +msgstr "Laurdag" + +#: func_weeknum.xhp +msgctxt "" +"func_weeknum.xhp\n" +"par_id461535124473824\n" +"help.text" +msgid "Sunday" +msgstr "Søndag" + +#: func_weeknum.xhp +msgctxt "" +"func_weeknum.xhp\n" +"par_id471535124489997\n" +"help.text" +msgid "System 2" +msgstr "System 2" + +#: func_weeknum.xhp +msgctxt "" +"func_weeknum.xhp\n" +"par_id391535124564520\n" +"help.text" +msgid "Monday (ISO 8601)" +msgstr "Måndag (ISO 8601)" + +#: func_weeknum.xhp +msgctxt "" +"func_weeknum.xhp\n" +"par_id661535124640643\n" +"help.text" +msgid "(ISO 8601, for interoperability with Gnumeric)" +msgstr "(ISO 8601, for å vera interoperabel med Gnumeric)" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" "par_id3150704\n" "help.text" -msgid "=WEEKNUM(DATE(1995;1;1);1) returns 1" -msgstr "=VEKENR(DATO(1995;1;1);1) returnerer 1" +msgid "<item type=\"input\">=WEEKNUM(DATE(1995;1;1);1)</item> returns 1" +msgstr "<item type=\"input\">=VEKENR(DATO(1995;1;1);1)</item> returnerer 1" #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" "par_id3149792\n" "help.text" -msgid "=WEEKNUM(DATE(1995;1;1);2) returns 52. If the week starts on Monday, Sunday belongs to the last week of the previous year." -msgstr "=VEKENR(DATO(1;1;95);2) returnerer 52. Dersom veka byrjar måndag, vil søndagen framføre høyre til det forrige året." +msgid "<item type=\"input\">=WEEKNUM(DATE(1995;1;1);2)</item> returns 52. If the week starts on Monday, Sunday belongs to the last week of the previous year." +msgstr "<item type=\"input\">=VEKENR(DATO(1;1;95);2)</item> returnerer 52. Dersom veka byrjar måndag, vil søndagen framføre høyre til det forrige året." #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" "par_id3149793\n" "help.text" -msgid "=WEEKNUM(DATE(1995;1;1);21) returns 52. Week 1 starts on Monday, 1995-01-02." -msgstr "=VEKENR(DATO(1;1;1995);21) returnerer 52. Veke 1 byrja på måndag 02.01.1995." +msgid "<item type=\"input\">=WEEKNUM(DATE(1995;1;1);21)</item> returns 52. Week 1 starts on Monday, 1995-01-02." +msgstr "<item type=\"input\">=VEKENR(DATO(1995;1;1);21)</item> returnerer 52. Veke 1 byrja på måndag 02.01.1995." #: func_weeknum.xhp msgctxt "" "func_weeknum.xhp\n" "par_id3149794\n" "help.text" -msgid "=WEEKNUM(DATE(1999;1;1);21) returns 53. Week 1 starts on Monday, 1999-01-04." -msgstr "=VEKENR(DATO(1;1;1999);21) returnerer 53. Veke 1 byrja på måndag 04.01.1999. " +msgid "<item type=\"input\">=WEEKNUM(DATE(1999;1;1);21)</item> returns 53. Week 1 starts on Monday, 1999-01-04." +msgstr "<item type=\"input\">=VEKENR(DATO(1999;1;1);21)</item> returnerer 53. Veke 1 byrja på måndag 04.01.1999." #: func_weeknum_ooo.xhp msgctxt "" @@ -63995,14 +56475,6 @@ msgstr "Denne funksjonen er tatt med slik at det er råd å bruka utgåver av %P #: func_weeknum_ooo.xhp msgctxt "" "func_weeknum_ooo.xhp\n" -"hd_id3153055\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_weeknum_ooo.xhp -msgctxt "" -"func_weeknum_ooo.xhp\n" "par_id3147236\n" "help.text" msgid "WEEKNUM_OOO(Number; Mode)" @@ -64051,26 +56523,18 @@ msgstr "alle andre verdiar = Måndag (ISO 8601)" #: func_weeknum_ooo.xhp msgctxt "" "func_weeknum_ooo.xhp\n" -"hd_id3146948\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_weeknum_ooo.xhp -msgctxt "" -"func_weeknum_ooo.xhp\n" "par_id3150704\n" "help.text" -msgid "=WEEKNUM_OOO(DATE(1995;1;1);1) returns 1" -msgstr "=VEKENR_OOO(DATO(1995;1;1);1) returnerer 1" +msgid "<item type=\"input\">=WEEKNUM_OOO(DATE(1995;1;1);1)</item> returns 1" +msgstr "<item type=\"input\">=VEKENR_OOO(DATO(1995;1;1);1)</item> returnerer 1" #: func_weeknum_ooo.xhp msgctxt "" "func_weeknum_ooo.xhp\n" "par_id3149792\n" "help.text" -msgid "=WEEKNUM_OOO(DATE(1995;1;1);2) returns 52. Week 1 starts on Monday, 1995-01-02." -msgstr "=VEKENR_OOO(DATO(1995;1;1);2) returnerer 52. Veke 1 byrjar på måndag 02.01.1995." +msgid "<item type=\"input\">=WEEKNUM_OOO(DATE(1995;1;1);2)</item> returns 52. Week 1 starts on Monday, 1995-01-02." +msgstr "<item type=\"input\">=VEKENR(DATO_OOO(1995;1;1);21)</item> returnerer 52. Veke 1 byrja på måndag 02.01.1995." #: func_weeknumadd.xhp msgctxt "" @@ -64115,14 +56579,6 @@ msgstr "Funksjonen VEKENR_EXCEL2003 reknar ut vekenummer nøyaktig slik Microsof #: func_weeknumadd.xhp msgctxt "" "func_weeknumadd.xhp\n" -"hd_id3153745\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_weeknumadd.xhp -msgctxt "" -"func_weeknumadd.xhp\n" "par_id3153685\n" "help.text" msgid "WEEKNUM_EXCEL2003(Date; ReturnType)" @@ -64147,14 +56603,6 @@ msgstr "<emph>Type</emph> er 1 dersom første dagen i veka er søndag, 2 dersom #: func_weeknumadd.xhp msgctxt "" "func_weeknumadd.xhp\n" -"hd_id3152886\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_weeknumadd.xhp -msgctxt "" -"func_weeknumadd.xhp\n" "par_id3149973\n" "help.text" msgid "In which week number does 2001-12-24 fall?" @@ -64203,18 +56651,10 @@ msgstr "<ahelp hid=\".\">Resultatet er eit datotal som kan formaterast som ein d #: func_workday.intl.xhp msgctxt "" "func_workday.intl.xhp\n" -"hd_id241020160008306802\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_workday.intl.xhp -msgctxt "" -"func_workday.intl.xhp\n" "par_id241020160008306838\n" "help.text" -msgid "<item type=\"literal\">WORKDAY.INTL(StartDate; Days; Weekend; Holidays)</item>" -msgstr "<item type=\"literal\">ARBEIDSDAGAR.INTL(StartDato; Dagar; Helg; Fridagar)</item>" +msgid "WORKDAY.INTL(StartDate; Days; Weekend; Holidays)" +msgstr "ARBEIDSDAG.INTL(Startdato;Helg;Fridagar)" #: func_workday.intl.xhp msgctxt "" @@ -64235,14 +56675,6 @@ msgstr "<emph>Dagar</emph> er talet på arbeidsdagar. Ein positiv verdi står fo #: func_workday.intl.xhp msgctxt "" "func_workday.intl.xhp\n" -"hd_id241020160012172138\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_workday.intl.xhp -msgctxt "" -"func_workday.intl.xhp\n" "par_id241020160012177196\n" "help.text" msgid "What date comes 20 workdays after December 13, 2016? Enter the start date in C3 and the number of workdays in D3." @@ -64269,8 +56701,8 @@ msgctxt "" "func_workday.intl.xhp\n" "par_id241020160012177923\n" "help.text" -msgid "<item type=\"literal\">=WORKDAY.INTL(C3;D3;;F3:J3)</item> returns January 11, 2017 in the result cell, say D6 (use date format for the cell)." -msgstr "<item type=\"literal\">=ARBEIDSDAG.INTL(C3;D3;;F3:J3)</item> returnerer 11. januar 2017 i resultatcella, for eksempel D6. (Bruk datoformat for cella)." +msgid "<item type=\"input\">=WORKDAY.INTL(C3;D3;;F3:J3)</item> returns January 11, 2017 in the result cell, say D6 (use date format for the cell)." +msgstr "<item type=\"input\">=ARBEIDSDAG.INTL(C3;D3;;F3:J3)</item> returnerer 11. januar 2017 i resultatcella, for eksempel D6. (Bruk datoformat for cella)." #: func_workday.intl.xhp msgctxt "" @@ -64285,8 +56717,8 @@ msgctxt "" "func_workday.intl.xhp\n" "par_id241020160012178562\n" "help.text" -msgid "<item type=\"literal\">=WORKDAY.INTL(C3;D3;7;F3:J3)</item> returns January 15, 2017 with weekend parameter 7." -msgstr "<item type=\"literal\">=ARBEIDSDAG.INTL(C3;D3;7;F3:J3)</item> returnerer 15. januar 2017 med 7 som helgeparameter." +msgid "<item type=\"input\">=WORKDAY.INTL(C3;D3;7;F3:J3)</item> returns January 15, 2017 with weekend parameter 7." +msgstr "<item type=\"input\">=ARBEIDSDAG.INTL(C3;D3;7;F3:J3)</item> returnerer 15. januar 2017 med 7 som helgeparameter." #: func_workday.intl.xhp msgctxt "" @@ -64301,8 +56733,8 @@ msgctxt "" "func_workday.intl.xhp\n" "par_id241020160012181455\n" "help.text" -msgid "<item type=\"literal\">=WORKDAY.INTL(C3;D3;11;F3:J3)</item> returns January 9, 2017." -msgstr "<item type=\"literal\">=ARBEIDSDAG.INTL(C3;D3;11;F3:J3)</item> returnerer 9. januar 2017." +msgid "<item type=\"input\">=WORKDAY.INTL(C3;D3;11;F3:J3)</item> returns January 9, 2017." +msgstr "<item type=\"input\">=ARBEIDSDAG.INTL(C3;D3;11;F3:J3)</item> returnerer 9. januar 2017." #: func_workday.intl.xhp msgctxt "" @@ -64317,8 +56749,8 @@ msgctxt "" "func_workday.intl.xhp\n" "par_id241020160012183680\n" "help.text" -msgid "<item type=\"literal\">=WORKDAY.INTL(C3;D3;\"0000001\";F3:J3)</item> returns January 9, 2017." -msgstr "<item type=\"literal\">=ARBEIDSDAG.INTL(C3;D3;\"0000001\";F3:J3)</item> returnerer 9. januar 2017." +msgid "<item type=\"input\">=WORKDAY.INTL(C3;D3;\"0000001\";F3:J3)</item> returns January 9, 2017." +msgstr "<item type=\"input\">=ARBEIDSDAG.INTL(C3;D3;\"0000001\";F3:J3)</item> returnerer 9. januar 2017." #: func_workday.intl.xhp msgctxt "" @@ -64333,8 +56765,8 @@ msgctxt "" "func_workday.intl.xhp\n" "par_id241020160012182048\n" "help.text" -msgid "<item type=\"literal\">=WORKDAY.INTL(C3;D3)</item> gives the result: January 10, 2017." -msgstr "<item type=\"literal\">=ARBEIDSDAG.INTL(C3;D3)</item> gir resultatet: 10. januar 2017." +msgid "<item type=\"input\">=WORKDAY.INTL(C3;D3)</item> gives the result: January 10, 2017." +msgstr "<item type=\"input\">=ARBEIDSDAG.INTL(C3;D3)</item> gjev resultatet: 10. januar 2017." #: func_workday.intl.xhp msgctxt "" @@ -64403,14 +56835,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_WORKDAY\">Resultatet er eit datotal som kan fo #: func_workday.xhp msgctxt "" "func_workday.xhp\n" -"hd_id3146944\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_workday.xhp -msgctxt "" -"func_workday.xhp\n" "par_id3154844\n" "help.text" msgid "WORKDAY(StartDate; Days; Holidays)" @@ -64443,14 +56867,6 @@ msgstr "<emph>Fridagar</emph>: liste over valfrie fridagar. Dette er dagar som i #: func_workday.xhp msgctxt "" "func_workday.xhp\n" -"hd_id3150141\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_workday.xhp -msgctxt "" -"func_workday.xhp\n" "par_id3152782\n" "help.text" msgid "What date came 17 workdays after 1 December 2001? Enter the start date \"2001-12-01\" in C3 and the number of workdays in D3. Cells F3 to J3 contain the following Christmas and New Year holidays: \"2001-12-24\", \"2001-12-25\", \"2001-12-26\", \"2001-12-31\", \"2002-01-01\"." @@ -64461,8 +56877,8 @@ msgctxt "" "func_workday.xhp\n" "par_id3146142\n" "help.text" -msgid "=WORKDAY(C3;D3;F3:J3) returns 2001-12-28. Format the serial date number as a date, for example in the format YYYY-MM-DD." -msgstr "=ARBEIDSDAG(C3;D3;F3:J3) returnerer 37253. Formatert som dato, for eksempel DD.MM.ÅÅÅÅ, vert dette 28.12.2001." +msgid "<item type=\"input\">=WORKDAY(C3;D3;F3:J3)</item> returns 2001-12-28. Format the serial date number as a date, for example in the format YYYY-MM-DD." +msgstr "<item type=\"input\">=ARBEIDSDAG(C3;D3;F3:J3)</item> returnerer 37253. Formatert som dato, for eksempel DD.MM.ÅÅÅÅ, vert dette 28.12.2001." #: func_workday.xhp msgctxt "" @@ -64531,14 +56947,6 @@ msgstr "<ahelp hid=\"HID_FUNC_JAHR\">Returnerer det året som svarar til eit tal #: func_year.xhp msgctxt "" "func_year.xhp\n" -"hd_id3146090\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_year.xhp -msgctxt "" -"func_year.xhp\n" "par_id3154304\n" "help.text" msgid "YEAR(Number)" @@ -64555,14 +56963,6 @@ msgstr "<emph>Tal</emph> viser den interne datoverdien for årstalet som skal re #: func_year.xhp msgctxt "" "func_year.xhp\n" -"hd_id3152797\n" -"help.text" -msgid "Examples" -msgstr "Eksempel" - -#: func_year.xhp -msgctxt "" -"func_year.xhp\n" "par_id3145668\n" "help.text" msgid "<item type=\"input\">=YEAR(1)</item> returns 1899" @@ -64619,14 +57019,6 @@ msgstr "<ahelp hid=\"HID_AAI_FUNC_YEARFRAC\">Resultatet er talet på år (medrek #: func_yearfrac.xhp msgctxt "" "func_yearfrac.xhp\n" -"hd_id3155259\n" -"help.text" -msgid "Syntax" -msgstr "Syntaks" - -#: func_yearfrac.xhp -msgctxt "" -"func_yearfrac.xhp\n" "par_id3155823\n" "help.text" msgid "YEARFRAC(StartDate; EndDate; Basis)" @@ -64667,14 +57059,6 @@ msgstr "Utrekning" #: func_yearfrac.xhp msgctxt "" "func_yearfrac.xhp\n" -"par_id3154502\n" -"help.text" -msgid "0 or missing" -msgstr "0 eller manglande" - -#: func_yearfrac.xhp -msgctxt "" -"func_yearfrac.xhp\n" "par_id3149877\n" "help.text" msgid "US method (NASD), 12 months of 30 days each" @@ -64683,14 +57067,6 @@ msgstr "US-metode (NASD), 12 månadar à 30 dagar" #: func_yearfrac.xhp msgctxt "" "func_yearfrac.xhp\n" -"par_id3148766\n" -"help.text" -msgid "1" -msgstr "1" - -#: func_yearfrac.xhp -msgctxt "" -"func_yearfrac.xhp\n" "par_id3154326\n" "help.text" msgid "Exact number of days in months, exact number of days in year" @@ -64699,14 +57075,6 @@ msgstr "Eksakt tal på dagar i månadar, eksakt tal på dagar i år" #: func_yearfrac.xhp msgctxt "" "func_yearfrac.xhp\n" -"par_id3145245\n" -"help.text" -msgid "2" -msgstr "2" - -#: func_yearfrac.xhp -msgctxt "" -"func_yearfrac.xhp\n" "par_id3155620\n" "help.text" msgid "Exact number of days in month, year has 360 days" @@ -64715,14 +57083,6 @@ msgstr "Eksakt tal på dagar i månad, år har 360 dagar" #: func_yearfrac.xhp msgctxt "" "func_yearfrac.xhp\n" -"par_id3145297\n" -"help.text" -msgid "3" -msgstr "3" - -#: func_yearfrac.xhp -msgctxt "" -"func_yearfrac.xhp\n" "par_id3148394\n" "help.text" msgid "Exact number of days in month, year has 365 days" @@ -64731,14 +57091,6 @@ msgstr "Eksakt tal på dagar i månaden, år har 365 dagar" #: func_yearfrac.xhp msgctxt "" "func_yearfrac.xhp\n" -"par_id3151022\n" -"help.text" -msgid "4" -msgstr "4" - -#: func_yearfrac.xhp -msgctxt "" -"func_yearfrac.xhp\n" "par_id3150931\n" "help.text" msgid "European method, 12 months of 30 days each" @@ -64747,14 +57099,6 @@ msgstr "Europeisk metode, 12 månadar á 30 dagar" #: func_yearfrac.xhp msgctxt "" "func_yearfrac.xhp\n" -"hd_id3145626\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: func_yearfrac.xhp -msgctxt "" -"func_yearfrac.xhp\n" "par_id3149007\n" "help.text" msgid "What fraction of the year 2008 lies between 2008-01-01 and 2008-07-01?" @@ -64765,8 +57109,8 @@ msgctxt "" "func_yearfrac.xhp\n" "par_id3154632\n" "help.text" -msgid "=YEARFRAC(\"2008-01-01\"; \"2008-07-01\";0) returns 0.50." -msgstr "=ÅRDEL(\"1.1.2008\";\"1.7.2008\") returnerer 0,5." +msgid "<item type=\"input\">=YEARFRAC(\"2008-01-01\"; \"2008-07-01\";0)</item> returns 0.50." +msgstr "<item type=\"input\">=ÅRDEL(\"2008-01-01\"; \"2008-07-01\";0)</item> returnerer 0,50." #: live_data_stream.xhp msgctxt "" @@ -65139,14 +57483,6 @@ msgstr "Vel om inndata er utforma som <emph>kolonnar</emph> eller <emph>rader</e #: stat_data.xhp msgctxt "" "stat_data.xhp\n" -"hd_id1000030\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: stat_data.xhp -msgctxt "" -"stat_data.xhp\n" "par_id1000040\n" "help.text" msgid "The following data will be used as example" @@ -65179,14 +57515,6 @@ msgstr "Biologi" #: stat_data.xhp msgctxt "" "stat_data.xhp\n" -"hd_id1000040\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: stat_data.xhp -msgctxt "" -"stat_data.xhp\n" "par_id1000550\n" "help.text" msgid "The following table has two time series, one representing an impulse function at time t=0 and the other an impulse function at time t=2." @@ -65195,14 +57523,6 @@ msgstr "Tabellen nedanfor har to tidsseriar, der den eine viser ein impulsfunksj #: stat_data.xhp msgctxt "" "stat_data.xhp\n" -"hd_id1000050\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: stat_data.xhp -msgctxt "" -"stat_data.xhp\n" "par_id1000970\n" "help.text" msgid "The following table has two data sets." @@ -65211,14 +57531,6 @@ msgstr "Den følgjande tabellen har to datasett." #: stat_data.xhp msgctxt "" "stat_data.xhp\n" -"hd_id1701201619425619\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: stat_data.xhp -msgctxt "" -"stat_data.xhp\n" "par_id1701201619425624\n" "help.text" msgid "The following table has samples of a physical phenomenon taken in 1 second interval." @@ -65347,14 +57659,6 @@ msgstr "<emph>Periode</emph>: Talet på linjer som skal hoppast over periodisk v #: statistics.xhp msgctxt "" "statistics.xhp\n" -"hd_id1000040\n" -"help.text" -msgid "Example" -msgstr "Eksempel" - -#: statistics.xhp -msgctxt "" -"statistics.xhp\n" "par_id1000110\n" "help.text" msgid "The following data will be used as example of source data table for sampling:" @@ -67357,8 +59661,8 @@ msgctxt "" "xml_source.xhp\n" "hd_id240920171003006302\n" "help.text" -msgid "<link href=\"text/scalc/01/xml_source.xhp\">XML Source</link>" -msgstr "<link href=\"text/scalc/01/xml_source.xhp\">XML-kjelde</link>" +msgid "<link href=\"text/scalc/01/xml_source.xhp\">XML Source (Experimental)</link>" +msgstr "<link href=\"text/scalc/01/xml_source.xhp\">XML-kjelde (eksperimentell)</link>" #: xml_source.xhp msgctxt "" @@ -67381,8 +59685,16 @@ msgctxt "" "xml_source.xhp\n" "par_id240920171007389295\n" "help.text" -msgid "Menu <item type=\"menuitem\">Data – XML Source...</item>" -msgstr "Menu <item type=\"menuitem\">Data → XML-kjelde …</item>" +msgid "Choose <item type=\"menuitem\">Data - XML Source</item>." +msgstr "Vel <item type=\"menuitem\">Data → XML-kjelde</item>." + +#: xml_source.xhp +msgctxt "" +"xml_source.xhp\n" +"par_id861521496523518\n" +"help.text" +msgid "This option is only available if <emph>Enable experimental features</emph> is selected in <switchinline select=\"sys\"><caseinline select=\"MAC\"><emph>%PRODUCTNAME - Preferences</emph></caseinline><defaultinline><emph>Tools - Options</emph></defaultinline></switchinline><emph> - %PRODUCTNAME - Advanced</emph>." +msgstr "Dette valet er tilgjengeleg berre når <emph>Slå på eksperimentelle funksjonar</emph> er avmerka i <switchinline select=\"sys\"><caseinline select=\"MAC\"><emph>%PRODUCTNAME → Innstillingar</emph></caseinline><defaultinline><emph>Verktøy → Innstillingar</emph></defaultinline></switchinline><emph> → %PRODUCTNAME → Avansert</emph>." #: xml_source.xhp msgctxt "" |