R/NISTfactors.R

Defines functions NISTwattPerSqrCmTOwattPerSqrMeter NISTjouleTOwattHour NISTwattHourTOjoule NISTweberTOunPole NISTunPoleTOweber NISTpascalTOtorr NISTtorrTOpascal NISTkgPerSecTOtonShortPerHour NISTtonShortPerHourTOkgPerSec NISTkgPerCubMeterTOtonShortPerCubYard NISTtonShortPerCubYardTOkgPerCubMeter NISTkgTOtonShort NISTtonShortTOkg NISTcubMeterTOtonRegister NISTtonRegisterTOcubMeter NISTjouleTOtonOfTNT NISTtonOfTNTtOjoule NISTwattTOtonOfRefrigeration NISTtonOfRefrigerationTOwatt NISTkgTOtonne NISTtonneTOkg NISTkgTOtonSI NISTtonSItOkg NISTkgPerCubMeterTOtonLongPerCubYard NISTtonLongPerCubYardTOkgPerCubMeter NISTkgTOtonLong NISTtonLongTOkg NISTkilonewtonTOtonForce NISTtonForceTOkilonewton NISTnewtonTOtonForce NISTtonForceTOnewton NISTgramTOtonAssay NISTtonAssayTOgram NISTkgTOtonAssay NISTtonAssayTOkg NISTjouleTOthermUS NISTthermUStOjoule NISTjouleTOthermEC NISTthermECtOjoule NISTkgPerMeterTOtex NISTtexTOkgPerMeter NISTmlTOteaspoon NISTteaspoonTOml NISTcubMeterTOteaspoon NISTteaspoonTOcubMeter NISTmlTOtablespoon NISTtablespoonTOml NISTcubMeterTOtablespoon NISTtablespoonTOcubMeter NISTmeterSqrdPerSecTOstokes NISTstokesTOmeterSqrdPerSec NISTcandelaPerSqrMeterTOstilb NISTstilbTOcandelaPerSqrMeter NISTcubMeterTOstere NISTstereTOcubMeter NISTvoltTOstatvolt NISTstatvoltTOvolt NISTohmTOstatohm NISTstatohmTOohm NISTsiemensTOstatmho NISTstatmhoTOsiemens NISThenryTOstathenry NISTstathenryTOhenry NISTfaradTOstatfarad NISTstatfaradTOfarad NISTcoulombTOstatcoulomb NISTstatcoulombTOcoulomb NISTampereTOstatampere NISTstatampereTOampere NISTsqrMeterTOsqrYard NISTsqrYardTOsqrMeter NISTsqrKmTOsqrMileUSsurvey NISTsqrMileUSsurveyTOsqrKm NISTsqrMeterTOsqrMileUSsurvey NISTsqrMileUSsurveyTOsqrMeter NISTsqrKmTOsqrMile NISTsqrMileTOsqrKm NISTsqrMeterTOsqrMile NISTsqrMileTOsqrMeter NISTsqrCmTOsqrInch NISTsqrInchTOsqrCm NISTsqrMeterTOsqrInch NISTsqrInchTOsqrMeter NISTsqrMeterPerSecTOsqrFtPerSec NISTsqrFtPerSecTOsqrMeterPerSec NISTsqrMeterPerSecTOsqrFtPerHour NISTsqrFtPerHourTOsqrMeterPerSec NISTsqrMeterTOsqrFt NISTsqrFtTOsqrMeter NISTpascalSecTOslugPerFtSec NISTslugPerFtSecTOpascalSec NISTkgPerCubMeterTOslugPerCubFt NISTslugPerCubFtTOkgPerCubMeter NISTkgTOslug NISTslugTOkg NISTnanosecTOshake NISTshakeTOnanosec NISTsecTOshake NISTshakeTOsec NISTsecTOsec NISTradianTOsec NISTsecTOradian NISTradianPerSecTOrpm NISTrpmTOradianPerSec NISTcoulombPerKgTOroentgen NISTroentgenTOcoulombPerKg NISTmeterTOrod NISTrodTOmeter NISTreciprocalPascalSec1TOrhe NISTrheTOreciprocalPascalSec1 NISTradianPerSecTOrevolutionPerMin NISTrevolutionPerMinTOradianPerSec NISTradianTOrevolution NISTrevolutionTOradian NISTsievertTOrem NISTremTOsievert NISTgrayTOrad NISTradTOgray NISTliterTOquartUSliquid NISTquartUSliquidTOliter NISTcubMeterTOquartUSliquid NISTquartUSliquidTOcubMeter NISTliterTOquartUSdry NISTquartUSdryTOliter NISTcubMeterTOquartUSdry NISTquartUSdryTOcubMeter NISTjouleTOquad NISTquadTOjoule NISTkpascalTOpsi NISTpsiTOkpascal NISTpascalTOpsi NISTpsiTOpascal NISTkgPerMeterTOpoundPerYard NISTpoundPerYardTOkgPerMeter NISTkgPerSqrMeterTOpoundPerSqrInch NISTpoundPerSqrInchTOkgPerSqrMeter NISTkgPerSqrMeterTOpoundPerSqrFt NISTpoundPerSqrFtTOkgPerSqrMeter NISTkgPerSecTOpoundPerSec NISTpoundPerSecTOkgPerSec NISTkgPerSecTOpoundPerMin NISTpoundPerMinTOkgPerSec NISTkgPerMeterTOpoundPerInch NISTpoundPerInchTOkgPerMeter NISTkgPerSecTOpoundPerHour NISTpoundPerHourTOkgPerSec NISTkgPerJouleTOpoundPerHorsepowerHour NISTpoundPerHorsepowerHourTOkgPerJoule NISTkgPerLiterTOpoundPerGallon NISTpoundPerGallonTOkgPerLiter NISTkgPerCubMeterTOpoundPerGallon NISTpoundPerGallonTOkgPerCubMeter NISTkgPerLiterTOpoundPerGallonImperial NISTpoundPerGallonImperialTOkgPerLiter NISTkgPerCubMeterTOpoundPerGallonImperial NISTpoundPerGallonImperialTOkgPerCubMeter NISTpascalSecTOpoundPerFtSec NISTpoundPerFtSecTOpascalSec NISTpascalSecTOpoundPerFtHour NISTpoundPerFtHourTOpascalSec NISTkgPerMeterTOpoundPerFt NISTpoundPerFtTOkgPerMeter NISTkgPerCubMeterTOpoundPerCubYard NISTpoundPerCubYardTOkgPerCubMeter NISTkgPerCubMeterTOpoundPerCubInch NISTpoundPerCubInchTOkgPerCubMeter NISTkgPerCubMeterTOpoundPerCubFt NISTpoundPerCubFtTOkgPerCubMeter NISTkgMeterSqrdTOpoundInchSqrd NISTpoundInchSqrdTOkgMeterSqrd NISTpascalSecTOpoundForceSecPerSqrInch NISTpoundForceSecPerSqrInchTOpascalSec NISTpascalSecTOpoundForceSecPerSqrFt NISTpoundForceSecPerSqrFtTOpascalSec NISTkpascalTOpoundForcePerSqrInch NISTpoundForcePerSqrInchTOkpascal NISTpascalTOpoundForcePerSqrInch NISTpoundForcePerSqrInchTOpascal NISTpascalTOpoundForcePerSqrFt NISTpoundForcePerSqrFtTOpascal NISTnewtonPerKgTOpoundForcePerPound NISTpoundForcePerPoundTOnewtonPerKg NISTnewtonPerMeterTOpoundForcePerInch NISTpoundForcePerInchTOnewtonPerMeter NISTnewtonPerMeterTOpoundForcePerFt NISTpoundForcePerFtTOnewtonPerMeter NISTnewtonMeterPerMeterTOpoundForceInchPerInch NISTpoundForceInchPerInchTOnewtonMeterPerMeter NISTnewtonMeterTOpoundForceInch NISTpoundForceInchTOnewtonMeter NISTnewtonMeterPerMeterTOpoundForceFtPerInch NISTpoundForceFtPerInchTOnewtonMeterPerMeter NISTnewtonMeterTOpoundForceFt NISTpoundForceFtTOnewtonMeter NISTnewtonTOpoundForce NISTpoundForceTOnewton NISTkgMeterSqrdTOpoundFtSqrd NISTpoundFtSqrdTOkgMeterSqrd NISTpascalSecTOpoundalSecPerSqrFt NISTpoundalSecPerSqrFtTOpascalSec NISTpascalTOpoundalPerSqrFt NISTpoundalPerSqrFtTOpascal NISTnewtonTOpoundal NISTpoundalTOnewton NISTkgTOpoundTroy NISTpoundTroyTOkg NISTkgTOpoundAvoirdupois NISTpoundAvoirdupoisTOkg NISTpascalSecTOpoise NISTpoiseTOpascalSec NISTmillimeterTOpointPrinter NISTpointPrinterTOmillimeter NISTmeterTOpointPrinter NISTpointPrinterTOmeter NISTmillimeterTOpointComputer NISTpointComputerTOmillimeter NISTliterTOpintUSliquid NISTpintUSliquidTOliter NISTcubMeterTOpintUSliquid NISTpintUSliquidTOcubMeter NISTliterTOpintUSdry NISTpintUSdryTOliter NISTcubMeterTOpintUSdry NISTpintUSdryTOcubMeter NISTmillimeterTOpicaPrinter NISTpicaPrinterTOmillimeter NISTmeterTOpicaPrinter NISTpicaPrinterTOmeter NISTmillimeterTOpicaComputer NISTpicaComputerTOmillimeter NISTmeterTOpicaComputer NISTpicaComputerTOmeter NISTluxTOphot NISTphotTOlux NISTkgPerPascalSecMeterTOpermInch23C NISTpermInch23CtOkgPerPascalSecMeter NISTkgPerPascalSecMeterTOpermInch0C NISTpermInch0CtOkgPerPascalSecMeter NISTkgPerPascalSecSqrMeterTOperm23C NISTperm23CtOkgPerPascalSecSqrMeter NISTkgPerPascalSecSqrMeterTOperm0C NISTperm0CtOkgPerPascalSecSqrMeter NISTgramTOpennyweight NISTpennyweightTOgram NISTkgTOpennyweight NISTpennyweightTOkg NISTliterTOpeck NISTpeckTOliter NISTcubMeterTOpeck NISTpeckTOcubMeter NISTmeterTOparsec NISTparsecTOmeter NISTkgPerSqrMeterTOouncePerSqrYard NISTouncePerSqrYardTOkgPerSqrMeter NISTkgPerSqrMeterTOouncePerSqrInch NISTouncePerSqrInchTOkgPerSqrMeter NISTkgPerSqrMeterTOouncePerSqrFt NISTouncePerSqrFtTOkgPerSqrMeter NISTgramPerLiterTOouncePerGallon NISTouncePerGallonTOgramPerLiter NISTkgPerCubMeterTOouncePerGallon NISTouncePerGallonTOkgPerCubMeter NISTgramPerLiterTOounceImperialPerGallon NISTounceImperialPerGallonTOgramPerLiter NISTkgPerCubMeterTOounceImperialPerGallon NISTounceImperialPerGallonTOkgPerCubMeter NISTkgPerCubMeterTOouncePerCubInch NISTouncePerCubInchTOkgPerCubMeter NISTmillinewtonMeterTOounceForceInch NISTounceForceInchTOmillinewtonMeter NISTnewtonMeterTOounceForceInch NISTounceForceInchTOnewtonMeter NISTnewtonTOounceForce NISTounceForceTOnewton NISTmlTOounce NISTounceTOml NISTcubMeterTOounce NISTounceTOcubMeter NISTmlTOounceImperial NISTounceImperialTOml NISTcubMeterTOounceImperial NISTounceImperialTOcubMeter NISTgramTOounceTroy NISTounceTroyTOgram NISTkgTOounceTroy NISTounceTroyTOkg NISTgramTOounceAvoirdupois NISTounceAvoirdupoisTOgram NISTkgTOounceAvoirdupois NISTounceAvoirdupoisTOkg NISTohmSqrMillimeterPerMeterTOohmCircularMilPerFt NISTohmCircularMilPerFtTOohmSqrMillimeterPerMeter NISTohmMeterTOohmCircularMilPerFt NISTohmCircularMilPerFtTOohmMeter NISTohmMeterTOohmCm NISTohmCmTOohmMeter NISTamperePerMeterTOoersted NISToerstedTOamperePerMeter NISTsecTOminSidereal NISTminSiderealTOsec NISTsecTOmin NISTminTOsec NISTradianTOmin NISTminTOradian NISTpascalTOmillimeterOfWaterConvtnl NISTmillimeterOfWaterConvtnlTOpascal NISTpascalTOmillimeterOfMercuryConvtnl NISTmillimeterOfMercuryConvtnlTOpascal NISTsecTOyearTropical NISTyearTropicalTOsec NISTsecTOyearSidereal NISTyearSiderealTOsec NISTsecTOyear NISTyearTOsec NISTmeterTOyard NISTyardTOmeter NISTjouleTOwattSec NISTwattSecTOjoule NISTwattPerSqrMeterTOwattPerSqrInch NISTwattPerSqrInchTOwattPerSqrMeter NISTwattPerSqrMeterTOwattPerSqrCm NISTkpascalTOmillibar NISTmillibarTOkpascal NISTpascalTOmillibar NISTmillibarTOpascal NISTmeterPerSecTOmilePerSec NISTmilePerSecTOmeterPerSec NISTmeterPerSecTOmilePerMin NISTmilePerMinTOmeterPerSec NISTkmPerHourTOmilePerHour NISTmilePerHourTOkmPerHour NISTmeterPerSecTOmilePerHour NISTmilePerHourTOmeterPerSec NISTliterPer100KmTOmilePerGallon NISTmilePerGallonTOliterPer100Km NISTkmPerLiterTOmilePerGallon NISTmilePerGallonTOkmPerLiter NISTmeterPerCubMeterTOmilePerGallon NISTmilePerGallonTOmeterPerCubMeter NISTmeterTOmileNautical NISTmileNauticalTOmeter NISTkmTOmileUSsurvey NISTmileUSsurveyTOkm NISTmeterTOmileUSsurvey NISTmileUSsurveyTOmeter NISTkmTOmile NISTmileTOkm NISTmeterTOmile NISTmileTOmeter NISTdegTOmil NISTmilTOdeg NISTradianTOmil NISTmilTOradian NISTmillimeterTOmil NISTmilTOmillimeter NISTmeterTOmil NISTmilTOmeter NISTmicrometerTOmicron NISTmicronTOmicrometer NISTmeterTOmicron NISTmicronTOmeter NISTmicrometerTOmicroinch NISTmicroinchTOmicrometer NISTmeterTOmicroinch NISTmicroinchTOmeter NISTsiemensTOmho NISTmhoTOsiemens NISTweberTOmaxwell NISTmaxwellTOweber NISTluxTOlumenPerSqrFt NISTlumenPerSqrFtTOlux NISTcubMeterTOliter NISTliterTOcubMeter NISTmeterTOlightYear NISTlightYearTOmeter NISTjoulePerSqrMeterTOlangley NISTlangleyTOjoulePerSqrMeter NISTcandelaPerSqrMeterTOlambert NISTlambertTOcandelaPerSqrMeter NISTmeterPerSecTOknot NISTknotTOmeterPerSec NISTkpascalTOkipPerSqrInch NISTkipPerSqrInchTOkpascal NISTpascalTOkipPerSqrInch NISTkipPerSqrInchTOpascal NISTkilonewtonTOkip NISTkipTOkilonewton NISTnewtonTOkip NISTkipTOnewton NISTmegajouleTOkilowattHour NISTkilowattHourTOmegajoule NISTjouleTOkilowattHour NISTkilowattHourTOjoule NISTnewtonTOkilopond NISTkilopondTOnewton NISTmeterPerSecTOkmPerHour NISTkmPerHourTOmeterPerSec NISTkgTOkgForceSecSqrdPerMeter NISTkgForceSecSqrdPerMeterTOkg NISTmpascalTOkgForcePerSqrMillimeter NISTkgForcePerSqrMillimeterTOmpascal NISTpascalTOkgForcePerSqrMillimeter NISTkgForcePerSqrMillimeterTOpascal NISTpascalTOkgForcePerSqrMeter NISTkgForcePerSqrMeterTOpascal NISTkpascalTOkgForcePerSqrCm NISTkgForcePerSqrCmTOkpascal NISTpascalTOkgForcePerSqrCm NISTkgForcePerSqrCmTOpascal NISTnewtonMeterTOkgForceMeter NISTkgForceMeterTOnewtonMeter NISTnewtonTOkgForce NISTkgForceTOnewton NISTwattTOkilocalthPerSec NISTkilocalthPerSecTOwatt NISTwattTOkilocalthPerMin NISTkilocalthPerMinTOwatt NISTjouleTOkilocal NISTkilocalTOjoule NISTjouleTOkilocalth NISTcalITPerGramDegCtOjoulePerKgK NISTjoulePerKgTOcalthPerGram NISTcalthPerGramTOjoulePerKg NISTjoulePerKgTOcalITPerGram NISTcalITPerGramTOjoulePerKg NISTwattPerMeterKtOcalthPerCmSecDegC NISTcalthPerCmSecDegCtOwattPerMeterK NISTjouleTOcalKg NISTcalKgTOjoule NISTjouleTOcalthKg NISTcalthKgTOjoule NISTjouleTOcalITKg NISTcalITKgTOjoule NISTjouleTOcal20C NISTcal20CtOjoule NISTjouleTOcal15C NISTcal15CtOjoule NISTjouleTOcal NISTcalTOjoule NISTjouleTOcalth NISTcalthTOjoule NISTjouleTOcalIT NISTcalITtOjoule NISTliterTObushel NISTbushelTOliter NISTcubMeterTObushel NISTbushelTOcubMeter NISTwattPerSqrMeterTOukThUnthPerSqrInchSec NISTukThUnthPerSqrInchSecTOwattPerSqrMeter NISTwattPerSqrMeterTOukThUnthPerSqrFtSec NISTukThUnthPerSqrFtSecTOwattPerSqrMeter NISTwattPerSqrMeterTOukThUnITPerSqrFtSec NISTukThUnITPerSqrFtSecTOwattPerSqrMeter NISTwattPerSqrMeterTOukThUnthPerSqrFtMin NISTukThUnthPerSqrFtMinTOwattPerSqrMeter NISTwattPerSqrMeterTOukThUnthPerSqrFtHour NISTukThUnthPerSqrFtHourTOwattPerSqrMeter NISTwattPerSqrMeterTOukThUnITPerSqrFtHour NISTukThUnITPerSqrFtHourTOwattPerSqrMeter NISTjoulePerSqrMeterTOukThUnthPerSqrFt NISTukThUnthPerSqrFtTOjoulePerSqrMeter NISTjoulePerSqrMeterTOukThUnITPerSqrFt NISTukThUnITPerSqrFtTOjoulePerSqrMeter NISTwattPerSqrMeterKtOukThUnthPerSecSqrFtDegF NISTukThUnthPerSecSqrFtDegFtOwattPerSqrMeterK NISTwattPerSqrMeterKtOukThUnITPerSecSqrFtDegF NISTukThUnITPerSecSqrFtDegFtOwattPerSqrMeterK NISTwattTOukThUnthPerSec NISTukThUnthPerSecTOwatt NISTwattTOukThUnITPerSec NISTukThUnITPerSecTOwatt NISTjoulePerKgKtOukThUnthPerPoundDegRankine NISTukThUnthPerPoundDegRankineTOjoulePerKgK NISTjoulePerKgKtOukThUnITPerPoundDegRankine NISTukThUnITPerPoundDegRankineTOjoulePerKgK NISTjoulePerKgKtOukThUnthPerPoundDegF NISTukThUnthPerPoundDegFtOjoulePerKgK NISTjoulePerKgKtOukThUnITPerPoundDegF NISTukThUnITPerPoundDegFtOjoulePerKgK NISTjoulePerKgTOukThUnthPerPound NISTukThUnthPerPoundTOjoulePerKg NISTjoulePerKgTOukThUnITPerPound NISTukThUnITPerPoundTOjoulePerKg NISTwattTOukThUnthPerMin NISTukThUnthPerMinTOwatt NISTwattPerSqrMeterKtOukThUnthPerHourSqrFtDegF NISTukThUnthPerHourSqrFtDegFtOwattPerSqrMeterK NISTwattPerSqrMeterKtOukThUnITPerHourSqrFtDegF NISTukThUnITPerHourSqrFtDegFtOwattPerSqrMeterK NISTwattTOukThUnthPerHour NISTukThUnthPerHourTOwatt NISTwattTOukThUnITPerHour NISTukThUnITPerHourTOwatt NISTjoulePerKtOukThUnthPerDegRankine NISTukThUnthPerDegRankineTOjoulePerK NISTjoulePerKtOukThUnITPerDegRankine NISTukThUnITPerDegRankineTOjoulePerK NISTjoulePerKtOukThUnthPerDegF NISTukThUnthPerDegFtOjoulePerK NISTjoulePerKtOukThUnITPerDegF NISTukThUnITPerDegFtOjoulePerK NISTjoulePerCubMeterTOukThUnthPerCubFt NISTukThUnthPerCubFtTOjoulePerCubMeter NISTjoulePerCubMeterTOukThUnITPerCubFt NISTukThUnITPerCubFtTOjoulePerCubMeter NISTwattPerMeterKtOukThUnthInchPerSecSqrFtDegF NISTukThUnthInchPerSecSqrFtDegFtOwattPerMeterK NISTwattPerMeterKtOukThUnITInchPerSecSqrFtDegF NISTukThUnITInchPerSecSqrFtDegFtOwattPerMeterK NISTwattPerMeterKtOukThUnthInchPerHourSqrFtDegF NISTukThUnthInchPerHourSqrFtDegFtOwattPerMeterK NISTwattPerMeterKtOukThUnITInchPerHourSqrFtDegF NISTukThUnITInchPerHourSqrFtDegFtOwattPerMeterK NISTwattPerMeterKtOukThUnthFtPerHourSqrFtDegF NISTukThUnthFtPerHourSqrFtDegFtOwattPerMeterK NISTwattPerMeterKtOukThUnITFtPerHourSqrFtDegF NISTukThUnITFtPerHourSqrFtDegFtOwattPerMeterK NISTjouleTOukThUn60F NISTukThUn60FtOjoule NISTjouleTOukThUn59F NISTukThUn59FtOjoule NISTjouleTOukThUn39F NISTukThUn39FtOjoule NISTjouleTOukThUn NISTukThUnTOjoule NISTjouleTOukThUnth NISTukThUnthTOjoule NISTjouleTOukThUnIT NISTukThUnITtOjoule NISTampereTObiot NISTbiotTOampere NISTliterTObarrel NISTbarrelTOliter NISTcubMeterTObarrel NISTbarrelTOcubMeter NISTsqrMeterTObarn NISTbarnTOsqrMeter NISTmeterTOpointComputer NISTpointComputerTOmeter NISTkilocalthTOjoule NISTjouleTOkilocalIT NISTkilocalITtOjoule NISTreciprocalMeterTOkayser NISTkayserTOreciprocalMeter NISTmeter4thPowerTOinch4thPower NISTinch4thPowerTOmeter4thPower NISTmeterPerSecSqrdTOinchPerSecSqrd NISTinchPerSecSqrdTOmeterPerSecSqrd NISTmeterPerSecTOinchPerSec NISTinchPerSecTOmeterPerSec NISTpascalTOinchOfWaterConvtnl NISTinchOfWaterConvtnlTOpascal NISTpascalTOinchOfWater60F NISTinchOfWater60FtOpascal NISTpascalTOinchOfWater39.2F NISTinchOfWater39.2FtOpascal NISTkpascalTOinchOfMercuryConvtnl NISTinchOfMercuryConvtnlTOkpascal NISTpascalTOinchOfMercuryConvtnl NISTinchOfMercuryConvtnlTOpascal NISTkpascalTOinchOfMercury60F NISTinchOfMercury60FtOkpascal NISTpascalTOinchOfMercury60F NISTinchOfMercury60FtOpascal NISTkpascalTOinchOfMercury32F NISTinchOfMercury32FtOkpascal NISTpascalTOinchOfMercury32F NISTinchOfMercury32FtOpascal NISTcmTOinch NISTinchTOcm NISTmeterTOinch NISTinchTOmeter NISTkgTOhundredweightShort NISThundredweightShortTOkg NISTkgTOhundredweightLong NISThundredweightLongTOkg NISTsecTOhourSidereal NISThourSiderealTOsec NISTsecTOhour NISThourTOsec NISTwattTOhorsepowerWater NISThorsepowerWaterTOwatt NISTwattTOhorsepowerImperial NISThorsepowerImperialTOwatt NISTwattTOhorsepowerSI NISThorsepowerSItOwatt NISTwattTOhorsepowerElectric NISThorsepowerElectricTOwatt NISTwattTOhorsepowerBoiler NISThorsepowerBoilerTOwatt NISTwattTOhorsepower NISThorsepowerTOwatt NISTsqrMeterTOhectare NISThectareTOsqrMeter NISTkgPerCubMeterTOgramPerCubCm NISTgramPerCubCmTOkgPerCubMeter NISTpascalTOgramForcePerSqrCm NISTgramForcePerSqrCmTOpascal NISTmilligramPerLiterTOgrainPerGallon NISTgrainPerGallonTOmilligramPerLiter NISTkgPerCubMeterTOgrainPerGallon NISTgrainPerGallonTOkgPerCubMeter NISTmilligramTOgrain NISTgrainTOmilligram NISTkgTOgrain NISTgrainTOkg NISTdegTOgon NISTgonTOdeg NISTradianTOgon NISTgonTOradian NISTliterTOgill NISTgillTOliter NISTcubMeterTOgill NISTgillTOcubMeter NISTliterTOgillImperial NISTgillImperialTOliter NISTcubMeterTOgillImperial NISTgillImperialTOcubMeter NISTampereTOgilbert NISTgilbertTOampere NISTteslaTOgauss NISTgaussTOtesla NISTteslaTOgamma NISTgammaTOtesla NISTliterPerSecTOgallonPerMin NISTgallonPerMinTOliterPerSec NISTcubMeterPerSecTOgallonPerMin NISTgallonPerMinTOcubMeterPerSec NISTliterPerJouleTOgallonPerHorsepowerHour NISTgallonPerHorsepowerHourTOliterPerJoule NISTcubMeterPerJouleTOgallonPerHorsepowerHour NISTgallonPerHorsepowerHourTOcubMeterPerJoule NISTliterPerSecTOgallonPerDay NISTgallonPerDayTOliterPerSec NISTcubMeterPerSecTOgallonPerDay NISTgallonPerDayTOcubMeterPerSec NISTliterTOgallon NISTgallonTOliter NISTcubMeterTOgallon NISTgallonTOcubMeter NISTliterTOgallonImperial NISTgallonImperialTOliter NISTcubMeterTOgallonImperial NISTgallonImperialTOcubMeter NISTmeterPerSecSqrdTOgal NISTgalTOmeterPerSecSqrd NISTcoulombTOfranklin NISTfranklinTOcoulomb NISTmeter4thPowerTOft4thPower NISTft4thPowerTOmeter4thPower NISTwattTOftPoundForcePerSec NISTftPoundForcePerSecTOwatt NISTwattTOftPoundForcePerMin NISTftPoundForcePerMinTOwatt NISTwattTOftPoundForcePerHour NISTftPoundForcePerHourTOwatt NISTjouleTOftPoundForce NISTftPoundForceTOjoule NISTjouleTOftPoundal NISTftPoundalTOjoule NISTmeterPerSecSqrdTOftPerSecSqrd NISTftPerSecSqrdTOmeterPerSecSqrd NISTmeterPerSecTOftPerSec NISTftPerSecTOmeterPerSec NISTmeterPerSecTOftPerMin NISTftPerMinTOmeterPerSec NISTmeterPerSecTOftPerHour NISTftPerHourTOmeterPerSec NISTkpascalTOftOfWaterConvtnl NISTftOfWaterConvtnlTOkpascal NISTpascalTOftOfWaterConvtnl NISTftOfWaterConvtnlTOpascal NISTkpascalTOftOfWater NISTftOfWaterTOkpascal NISTpascalTOftOfWater NISTftOfWaterTOpascal NISTkpascalTOftOfMercuryConvtnl NISTftOfMercuryConvtnlTOkpascal NISTpascalTOftOfMercuryConvtnl NISTftOfMercuryConvtnlTOpascal NISTcandelaPerSqrMeterTOftlambert NISTftlambertTOcandelaPerSqrMeter NISTluxTOftcandle NISTftcandleTOlux NISTmeterTOftUSsurvey NISTftUSsurveyTOmeter NISTmeterTOft NISTftTOmeter NISTmlTOfluidOunce NISTfluidOunceTOml NISTcubMeterTOfluidOunce NISTfluidOunceTOcubMeter NISTfemtometerTOfermi NISTfermiTOfemtometer NISTmeterTOfermi NISTfermiTOmeter NISTmeterTOfathom NISTfathomTOmeter NISTcoulombTOfaraday NISTfaradayTOcoulomb NISTohmToESUOfResistance NISTESUOfResistanceTOohm NISThenryToESUOfInductance NISTESUOfInductanceTOhenry NISTvoltToESUOfElectricPotential NISTESUOfElectricPotentialTOvolt NISTampereToESUOfCurrent NISTESUOfCurrentTOampere NISTfaradToESUOfCapacitance NISTESUOfCapacitanceTOfarad NISTwattPerSqrMeterTOergPerSqrCmSec NISTergPerSqrCmSecTOwattPerSqrMeter NISTwattTOergPerSec NISTergPerSecTOwatt NISTjouleTOerg NISTergTOjoule NISTohmToEMUOfResistance NISTEMUOfResistanceTOohm NISThenryToEMUOfInductance NISTEMUOfInductanceTOhenry NISTvoltToEMUOfElectricPotential NISTEMUOfElectricPotentialTOvolt NISTampereToEMUOfCurrent NISTEMUOfCurrentTOampere NISTfaradToEMUOfCapacitance NISTEMUOfCapacitanceTOfarad NISTjouleTOelectronvolt NISTelectronvoltTOjoule NISTpascalTOdynePerSqrCm NISTdynePerSqrCmTOpascal NISTnewtonMeterTOdyneCm NISTdyneCmTOnewtonMeter NISTnewtonTOdyne NISTdyneTOnewton NISTgramPerMeterTOdenier NISTdenierTOgramPerMeter NISTkgPerMeterTOdenier NISTdenierTOkgPerMeter NISTdegRankineTOkInterval NISTkTOdegRankineInterval NISTkTOdegRankine NISTdegRankineTOk NISTkPerWattTOdegFSecPerUkThUnth NISTdegFSecPerUkThUnthTOkPerWatt NISTkPerWattTOdegFSecPerUkThUnIT NISTdegFSecPerUkThUnITtOkPerWatt NISTmeterKPerWattTOdegFHourSqrFtPerUkThUnthInch NISTdegFHourSqrFtPerUkThUnthInchTOmeterKPerWatt NISTmeterKPerWattTOdegFHourSqrFtPerUkThUnITInch NISTdegFHourSqrFtPerUkThUnITInchTOmeterKPerWatt NISTsqrMeterKPerWattTOdegFHourSqrFtPerUkThUnth NISTdegFHourSqrFtPerUkThUnthTOsqrMeterKPerWatt NISTsqrMeterKPerWattTOdegFHourSqrFtPerUkThUnIT NISTdegFHourSqrFtPerUkThUnITtOsqrMeterKPerWatt NISTkPerWattTOdegFHourPerUkThUnth NISTdegFHourPerUkThUnthTOkPerWatt NISTkPerWattTOdegFHourPerUkThUnIT NISTdegFHourPerUkThUnITtOkPerWatt NISTdegFtOdegC NISTdegFtOdegCinterval NISTkTOdegFinterval NISTkTOdegF NISTdegFtOkInterval NISTdegFtOk NISTdegCtOdegFinterval NISTdegCtOdegF NISTdegCtOdegCentigradeInterval NISTdegCtOdegCentigrade NISTdegCentigradeTOdegCinterval NISTdegCentigradeTOdegC NISTkTOdegCinterval NISTkTOdegC NISTdegCtOkInterval NISTdegCtOk NISTradianTOdeg NISTdegTOradian NISTcoulombMeterTOdebye NISTdebyeTOcoulombMeter NISTsecTOdaySidereal NISTdaySiderealTOsec NISTsecTOday NISTdayTOsec NISTmeterSqrdTOdarcy NISTdarcyTOmeterSqrd NISTbecquerelTOcurie NISTcurieTObecquerel NISTmlTOcup NISTcupTOml NISTliterTOcup NISTcupTOliter NISTcubMeterTOcup NISTcupTOcubMeter NISTcubMeterPerSecTOcubYardPerMin NISTcubYardPerMinTOcubMeterPerSec NISTcubMeterTOcubYard NISTcubYardTOcubMeter NISTcubMeterTOcubMile NISTcubMileTOcubMeter NISTcubMeterPerSecTOcubInchPerMin NISTcubInchPerMinTOcubMeterPerSec NISTcubMeterTOcubInch NISTcubInchTOcubMeter NISTcubMeterPerSecTOcubFtPerSec NISTcubFtPerSecTOcubMeterPerSec NISTliterPerSecTOcubFtPerMin NISTcubFtPerMinTOliterPerSec NISTcubMeterPerSecTOcubFtPerMin NISTcubFtPerMinTOcubMeterPerSec NISTcubMeterTOcubFt NISTcubFtTOcubMeter NISTcubMeterTOcord NISTcordTOcubMeter NISTsqrMeterKPerWattTOclo NISTcloTOsqrMeterKPerWatt NISTsqrMillimeterTOcircularMil NISTcircularMilTOsqrMillimeter NISTsqrMeterTOcircularMil NISTcircularMilTOsqrMeter NISTmeterTOchain NISTchainTOmeter NISTmeterSqrdPerSecTOcentistokes NISTcentistokesTOmeterSqrdPerSec NISTpascalSecTOcentipoise NISTcentipoiseTOpascalSec NISTpascalTOcmOfWaterConvtnl NISTcmOfWaterConvtnlTOpascal NISTpascalTOcmOfWater NISTcmOfWaterTOpascal NISTkpascalTOcmOfMercuryConvtnl NISTcmOfMercuryConvtnlTOkpascal NISTpascalTOcmOfMercuryConvtnl NISTcmOfMercuryConvtnlTOpascal NISTkpascalTOcmOfMercury NISTcmOfMercuryTOkpascal NISTpascalTOcmOfMercury NISTcmOfMercuryTOpascal NISTgramTOcaratSI NISTcaratSItOgram NISTkgTOcaratSI NISTcaratSItOkg NISTcandelaPerSqrMeterTOcandelaPerSqrInch NISTcandelaPerSqrInchTOcandelaPerSqrMeter NISTwattPerSqrMeterTOcalthPerSqrCmSec NISTcalthPerSqrCmSecTOwattPerSqrMeter NISTwattPerSqrMeterTOcalthPerSqrCmMin NISTcalthPerSqrCmMinTOwattPerSqrMeter NISTjoulePerSqrMeterTOcalthPerSqrCm NISTcalthPerSqrCmTOjoulePerSqrMeter NISTwattTOcalthPerSec NISTcalthPerSecTOwatt NISTwattTOcalthPerMin NISTcalthPerMinTOwatt NISTjoulePerKgKtOcalthPerGramK NISTcalthPerGramKtOjoulePerKgK NISTjoulePerKgKtOcalITPerGramK NISTcalITPerGramKtOjoulePerKgK NISTjoulePerKgKtOcalthPerGramDegC NISTcalthPerGramDegCtOjoulePerKgK NISTjoulePerKgKtOcalITPerGramDegC NISTkpascalTObar NISTbarTOkpascal NISTpascalTObar NISTbarTOpascal NISTkpascalTOatmosphereTechnical NISTatmosphereTechnicalTOkpascal NISTpascalTOatmosphereTechnical NISTatmosphereTechnicalTOpascal NISTkpascalTOatmosphereStd NISTatmosphereStdTOkpascal NISTpascalTOatmosphereStd NISTatmosphereStdTOpascal NISTmeterTOastronomicalUn NISTastronomicalUnTOmeter NISTsqrMeterTOare NISTareTOsqrMeter NISTnanometerTOangstrom NISTangstromTOnanometer NISTmeterTOangstrom NISTangstromTOmeter NISTcoulombTOampereHour NISTampereHourTOcoulomb NISTcubMeterTOacreFt NISTacreFtTOcubMeter NISTsqrMeterTOacre NISTacreTOsqrMeter NISTmeterPerSecSqrdTOaccelOfFreeFallStd NISTaccelOfFreeFallStdTOmeterPerSecSqrd NISTvoltTOabvolt NISTabvoltTOvolt NISTohmTOabohm NISTabohmTOohm NISTsiemensTOabmho NISTabmhoTOsiemens NISThenryTOabhenry NISTabhenryTOhenry NISTfaradTOabfarad NISTabfaradTOfarad NISTcoulombTOabcoulomb NISTabcoulombTOcoulomb NISTampereTOabampere NISTabampereTOampere

Documented in NISTabampereTOampere NISTabcoulombTOcoulomb NISTabfaradTOfarad NISTabhenryTOhenry NISTabmhoTOsiemens NISTabohmTOohm NISTabvoltTOvolt NISTaccelOfFreeFallStdTOmeterPerSecSqrd NISTacreFtTOcubMeter NISTacreTOsqrMeter NISTampereHourTOcoulomb NISTamperePerMeterTOoersted NISTampereTOabampere NISTampereTObiot NISTampereToEMUOfCurrent NISTampereToESUOfCurrent NISTampereTOgilbert NISTampereTOstatampere NISTangstromTOmeter NISTangstromTOnanometer NISTareTOsqrMeter NISTastronomicalUnTOmeter NISTatmosphereStdTOkpascal NISTatmosphereStdTOpascal NISTatmosphereTechnicalTOkpascal NISTatmosphereTechnicalTOpascal NISTbarnTOsqrMeter NISTbarrelTOcubMeter NISTbarrelTOliter NISTbarTOkpascal NISTbarTOpascal NISTbecquerelTOcurie NISTbiotTOampere NISTbushelTOcubMeter NISTbushelTOliter NISTcal15CtOjoule NISTcal20CtOjoule NISTcalITKgTOjoule NISTcalITPerGramDegCtOjoulePerKgK NISTcalITPerGramKtOjoulePerKgK NISTcalITPerGramTOjoulePerKg NISTcalITtOjoule NISTcalKgTOjoule NISTcalthKgTOjoule NISTcalthPerCmSecDegCtOwattPerMeterK NISTcalthPerGramDegCtOjoulePerKgK NISTcalthPerGramKtOjoulePerKgK NISTcalthPerGramTOjoulePerKg NISTcalthPerMinTOwatt NISTcalthPerSecTOwatt NISTcalthPerSqrCmMinTOwattPerSqrMeter NISTcalthPerSqrCmSecTOwattPerSqrMeter NISTcalthPerSqrCmTOjoulePerSqrMeter NISTcalthTOjoule NISTcalTOjoule NISTcandelaPerSqrInchTOcandelaPerSqrMeter NISTcandelaPerSqrMeterTOcandelaPerSqrInch NISTcandelaPerSqrMeterTOftlambert NISTcandelaPerSqrMeterTOlambert NISTcandelaPerSqrMeterTOstilb NISTcaratSItOgram NISTcaratSItOkg NISTcentipoiseTOpascalSec NISTcentistokesTOmeterSqrdPerSec NISTchainTOmeter NISTcircularMilTOsqrMeter NISTcircularMilTOsqrMillimeter NISTcloTOsqrMeterKPerWatt NISTcmOfMercuryConvtnlTOkpascal NISTcmOfMercuryConvtnlTOpascal NISTcmOfMercuryTOkpascal NISTcmOfMercuryTOpascal NISTcmOfWaterConvtnlTOpascal NISTcmOfWaterTOpascal NISTcmTOinch NISTcordTOcubMeter NISTcoulombMeterTOdebye NISTcoulombPerKgTOroentgen NISTcoulombTOabcoulomb NISTcoulombTOampereHour NISTcoulombTOfaraday NISTcoulombTOfranklin NISTcoulombTOstatcoulomb NISTcubFtPerMinTOcubMeterPerSec NISTcubFtPerMinTOliterPerSec NISTcubFtPerSecTOcubMeterPerSec NISTcubFtTOcubMeter NISTcubInchPerMinTOcubMeterPerSec NISTcubInchTOcubMeter NISTcubMeterPerJouleTOgallonPerHorsepowerHour NISTcubMeterPerSecTOcubFtPerMin NISTcubMeterPerSecTOcubFtPerSec NISTcubMeterPerSecTOcubInchPerMin NISTcubMeterPerSecTOcubYardPerMin NISTcubMeterPerSecTOgallonPerDay NISTcubMeterPerSecTOgallonPerMin NISTcubMeterTOacreFt NISTcubMeterTObarrel NISTcubMeterTObushel NISTcubMeterTOcord NISTcubMeterTOcubFt NISTcubMeterTOcubInch NISTcubMeterTOcubMile NISTcubMeterTOcubYard NISTcubMeterTOcup NISTcubMeterTOfluidOunce NISTcubMeterTOgallon NISTcubMeterTOgallonImperial NISTcubMeterTOgill NISTcubMeterTOgillImperial NISTcubMeterTOliter NISTcubMeterTOounce NISTcubMeterTOounceImperial NISTcubMeterTOpeck NISTcubMeterTOpintUSdry NISTcubMeterTOpintUSliquid NISTcubMeterTOquartUSdry NISTcubMeterTOquartUSliquid NISTcubMeterTOstere NISTcubMeterTOtablespoon NISTcubMeterTOteaspoon NISTcubMeterTOtonRegister NISTcubMileTOcubMeter NISTcubYardPerMinTOcubMeterPerSec NISTcubYardTOcubMeter NISTcupTOcubMeter NISTcupTOliter NISTcupTOml NISTcurieTObecquerel NISTdarcyTOmeterSqrd NISTdaySiderealTOsec NISTdayTOsec NISTdebyeTOcoulombMeter NISTdegCentigradeTOdegC NISTdegCentigradeTOdegCinterval NISTdegCtOdegCentigrade NISTdegCtOdegCentigradeInterval NISTdegCtOdegF NISTdegCtOdegFinterval NISTdegCtOk NISTdegCtOkInterval NISTdegFHourPerUkThUnITtOkPerWatt NISTdegFHourPerUkThUnthTOkPerWatt NISTdegFHourSqrFtPerUkThUnITInchTOmeterKPerWatt NISTdegFHourSqrFtPerUkThUnITtOsqrMeterKPerWatt NISTdegFHourSqrFtPerUkThUnthInchTOmeterKPerWatt NISTdegFHourSqrFtPerUkThUnthTOsqrMeterKPerWatt NISTdegFSecPerUkThUnITtOkPerWatt NISTdegFSecPerUkThUnthTOkPerWatt NISTdegFtOdegC NISTdegFtOdegCinterval NISTdegFtOk NISTdegFtOkInterval NISTdegRankineTOk NISTdegRankineTOkInterval NISTdegTOgon NISTdegTOmil NISTdegTOradian NISTdenierTOgramPerMeter NISTdenierTOkgPerMeter NISTdyneCmTOnewtonMeter NISTdynePerSqrCmTOpascal NISTdyneTOnewton NISTelectronvoltTOjoule NISTEMUOfCapacitanceTOfarad NISTEMUOfCurrentTOampere NISTEMUOfElectricPotentialTOvolt NISTEMUOfInductanceTOhenry NISTEMUOfResistanceTOohm NISTergPerSecTOwatt NISTergPerSqrCmSecTOwattPerSqrMeter NISTergTOjoule NISTESUOfCapacitanceTOfarad NISTESUOfCurrentTOampere NISTESUOfElectricPotentialTOvolt NISTESUOfInductanceTOhenry NISTESUOfResistanceTOohm NISTfaradayTOcoulomb NISTfaradTOabfarad NISTfaradToEMUOfCapacitance NISTfaradToESUOfCapacitance NISTfaradTOstatfarad NISTfathomTOmeter NISTfemtometerTOfermi NISTfermiTOfemtometer NISTfermiTOmeter NISTfluidOunceTOcubMeter NISTfluidOunceTOml NISTfranklinTOcoulomb NISTft4thPowerTOmeter4thPower NISTftcandleTOlux NISTftlambertTOcandelaPerSqrMeter NISTftOfMercuryConvtnlTOkpascal NISTftOfMercuryConvtnlTOpascal NISTftOfWaterConvtnlTOkpascal NISTftOfWaterConvtnlTOpascal NISTftOfWaterTOkpascal NISTftOfWaterTOpascal NISTftPerHourTOmeterPerSec NISTftPerMinTOmeterPerSec NISTftPerSecSqrdTOmeterPerSecSqrd NISTftPerSecTOmeterPerSec NISTftPoundalTOjoule NISTftPoundForcePerHourTOwatt NISTftPoundForcePerMinTOwatt NISTftPoundForcePerSecTOwatt NISTftPoundForceTOjoule NISTftTOmeter NISTftUSsurveyTOmeter NISTgallonImperialTOcubMeter NISTgallonImperialTOliter NISTgallonPerDayTOcubMeterPerSec NISTgallonPerDayTOliterPerSec NISTgallonPerHorsepowerHourTOcubMeterPerJoule NISTgallonPerHorsepowerHourTOliterPerJoule NISTgallonPerMinTOcubMeterPerSec NISTgallonPerMinTOliterPerSec NISTgallonTOcubMeter NISTgallonTOliter NISTgalTOmeterPerSecSqrd NISTgammaTOtesla NISTgaussTOtesla NISTgilbertTOampere NISTgillImperialTOcubMeter NISTgillImperialTOliter NISTgillTOcubMeter NISTgillTOliter NISTgonTOdeg NISTgonTOradian NISTgrainPerGallonTOkgPerCubMeter NISTgrainPerGallonTOmilligramPerLiter NISTgrainTOkg NISTgrainTOmilligram NISTgramForcePerSqrCmTOpascal NISTgramPerCubCmTOkgPerCubMeter NISTgramPerLiterTOounceImperialPerGallon NISTgramPerLiterTOouncePerGallon NISTgramPerMeterTOdenier NISTgramTOcaratSI NISTgramTOounceAvoirdupois NISTgramTOounceTroy NISTgramTOpennyweight NISTgramTOtonAssay NISTgrayTOrad NISThectareTOsqrMeter NISThenryTOabhenry NISThenryToEMUOfInductance NISThenryToESUOfInductance NISThenryTOstathenry NISThorsepowerBoilerTOwatt NISThorsepowerElectricTOwatt NISThorsepowerImperialTOwatt NISThorsepowerSItOwatt NISThorsepowerTOwatt NISThorsepowerWaterTOwatt NISThourSiderealTOsec NISThourTOsec NISThundredweightLongTOkg NISThundredweightShortTOkg NISTinch4thPowerTOmeter4thPower NISTinchOfMercury32FtOkpascal NISTinchOfMercury32FtOpascal NISTinchOfMercury60FtOkpascal NISTinchOfMercury60FtOpascal NISTinchOfMercuryConvtnlTOkpascal NISTinchOfMercuryConvtnlTOpascal NISTinchOfWater39.2FtOpascal NISTinchOfWater60FtOpascal NISTinchOfWaterConvtnlTOpascal NISTinchPerSecSqrdTOmeterPerSecSqrd NISTinchPerSecTOmeterPerSec NISTinchTOcm NISTinchTOmeter NISTjoulePerCubMeterTOukThUnITPerCubFt NISTjoulePerCubMeterTOukThUnthPerCubFt NISTjoulePerKgKtOcalITPerGramDegC NISTjoulePerKgKtOcalITPerGramK NISTjoulePerKgKtOcalthPerGramDegC NISTjoulePerKgKtOcalthPerGramK NISTjoulePerKgKtOukThUnITPerPoundDegF NISTjoulePerKgKtOukThUnITPerPoundDegRankine NISTjoulePerKgKtOukThUnthPerPoundDegF NISTjoulePerKgKtOukThUnthPerPoundDegRankine NISTjoulePerKgTOcalITPerGram NISTjoulePerKgTOcalthPerGram NISTjoulePerKgTOukThUnITPerPound NISTjoulePerKgTOukThUnthPerPound NISTjoulePerKtOukThUnITPerDegF NISTjoulePerKtOukThUnITPerDegRankine NISTjoulePerKtOukThUnthPerDegF NISTjoulePerKtOukThUnthPerDegRankine NISTjoulePerSqrMeterTOcalthPerSqrCm NISTjoulePerSqrMeterTOlangley NISTjoulePerSqrMeterTOukThUnITPerSqrFt NISTjoulePerSqrMeterTOukThUnthPerSqrFt NISTjouleTOcal NISTjouleTOcal15C NISTjouleTOcal20C NISTjouleTOcalIT NISTjouleTOcalITKg NISTjouleTOcalKg NISTjouleTOcalth NISTjouleTOcalthKg NISTjouleTOelectronvolt NISTjouleTOerg NISTjouleTOftPoundal NISTjouleTOftPoundForce NISTjouleTOkilocal NISTjouleTOkilocalIT NISTjouleTOkilocalth NISTjouleTOkilowattHour NISTjouleTOquad NISTjouleTOthermEC NISTjouleTOthermUS NISTjouleTOtonOfTNT NISTjouleTOukThUn NISTjouleTOukThUn39F NISTjouleTOukThUn59F NISTjouleTOukThUn60F NISTjouleTOukThUnIT NISTjouleTOukThUnth NISTjouleTOwattHour NISTjouleTOwattSec NISTkayserTOreciprocalMeter NISTkgForceMeterTOnewtonMeter NISTkgForcePerSqrCmTOkpascal NISTkgForcePerSqrCmTOpascal NISTkgForcePerSqrMeterTOpascal NISTkgForcePerSqrMillimeterTOmpascal NISTkgForcePerSqrMillimeterTOpascal NISTkgForceSecSqrdPerMeterTOkg NISTkgForceTOnewton NISTkgMeterSqrdTOpoundFtSqrd NISTkgMeterSqrdTOpoundInchSqrd NISTkgPerCubMeterTOgrainPerGallon NISTkgPerCubMeterTOgramPerCubCm NISTkgPerCubMeterTOounceImperialPerGallon NISTkgPerCubMeterTOouncePerCubInch NISTkgPerCubMeterTOouncePerGallon NISTkgPerCubMeterTOpoundPerCubFt NISTkgPerCubMeterTOpoundPerCubInch NISTkgPerCubMeterTOpoundPerCubYard NISTkgPerCubMeterTOpoundPerGallon NISTkgPerCubMeterTOpoundPerGallonImperial NISTkgPerCubMeterTOslugPerCubFt NISTkgPerCubMeterTOtonLongPerCubYard NISTkgPerCubMeterTOtonShortPerCubYard NISTkgPerJouleTOpoundPerHorsepowerHour NISTkgPerLiterTOpoundPerGallon NISTkgPerLiterTOpoundPerGallonImperial NISTkgPerMeterTOdenier NISTkgPerMeterTOpoundPerFt NISTkgPerMeterTOpoundPerInch NISTkgPerMeterTOpoundPerYard NISTkgPerMeterTOtex NISTkgPerPascalSecMeterTOpermInch0C NISTkgPerPascalSecMeterTOpermInch23C NISTkgPerPascalSecSqrMeterTOperm0C NISTkgPerPascalSecSqrMeterTOperm23C NISTkgPerSecTOpoundPerHour NISTkgPerSecTOpoundPerMin NISTkgPerSecTOpoundPerSec NISTkgPerSecTOtonShortPerHour NISTkgPerSqrMeterTOouncePerSqrFt NISTkgPerSqrMeterTOouncePerSqrInch NISTkgPerSqrMeterTOouncePerSqrYard NISTkgPerSqrMeterTOpoundPerSqrFt NISTkgPerSqrMeterTOpoundPerSqrInch NISTkgTOcaratSI NISTkgTOgrain NISTkgTOhundredweightLong NISTkgTOhundredweightShort NISTkgTOkgForceSecSqrdPerMeter NISTkgTOounceAvoirdupois NISTkgTOounceTroy NISTkgTOpennyweight NISTkgTOpoundAvoirdupois NISTkgTOpoundTroy NISTkgTOslug NISTkgTOtonAssay NISTkgTOtonLong NISTkgTOtonne NISTkgTOtonShort NISTkgTOtonSI NISTkilocalITtOjoule NISTkilocalthPerMinTOwatt NISTkilocalthPerSecTOwatt NISTkilocalthTOjoule NISTkilocalTOjoule NISTkilonewtonTOkip NISTkilonewtonTOtonForce NISTkilopondTOnewton NISTkilowattHourTOjoule NISTkilowattHourTOmegajoule NISTkipPerSqrInchTOkpascal NISTkipPerSqrInchTOpascal NISTkipTOkilonewton NISTkipTOnewton NISTkmPerHourTOmeterPerSec NISTkmPerHourTOmilePerHour NISTkmPerLiterTOmilePerGallon NISTkmTOmile NISTkmTOmileUSsurvey NISTknotTOmeterPerSec NISTkpascalTOatmosphereStd NISTkpascalTOatmosphereTechnical NISTkpascalTObar NISTkpascalTOcmOfMercury NISTkpascalTOcmOfMercuryConvtnl NISTkpascalTOftOfMercuryConvtnl NISTkpascalTOftOfWater NISTkpascalTOftOfWaterConvtnl NISTkpascalTOinchOfMercury32F NISTkpascalTOinchOfMercury60F NISTkpascalTOinchOfMercuryConvtnl NISTkpascalTOkgForcePerSqrCm NISTkpascalTOkipPerSqrInch NISTkpascalTOmillibar NISTkpascalTOpoundForcePerSqrInch NISTkpascalTOpsi NISTkPerWattTOdegFHourPerUkThUnIT NISTkPerWattTOdegFHourPerUkThUnth NISTkPerWattTOdegFSecPerUkThUnIT NISTkPerWattTOdegFSecPerUkThUnth NISTkTOdegC NISTkTOdegCinterval NISTkTOdegF NISTkTOdegFinterval NISTkTOdegRankine NISTkTOdegRankineInterval NISTlambertTOcandelaPerSqrMeter NISTlangleyTOjoulePerSqrMeter NISTlightYearTOmeter NISTliterPer100KmTOmilePerGallon NISTliterPerJouleTOgallonPerHorsepowerHour NISTliterPerSecTOcubFtPerMin NISTliterPerSecTOgallonPerDay NISTliterPerSecTOgallonPerMin NISTliterTObarrel NISTliterTObushel NISTliterTOcubMeter NISTliterTOcup NISTliterTOgallon NISTliterTOgallonImperial NISTliterTOgill NISTliterTOgillImperial NISTliterTOpeck NISTliterTOpintUSdry NISTliterTOpintUSliquid NISTliterTOquartUSdry NISTliterTOquartUSliquid NISTlumenPerSqrFtTOlux NISTluxTOftcandle NISTluxTOlumenPerSqrFt NISTluxTOphot NISTmaxwellTOweber NISTmegajouleTOkilowattHour NISTmeter4thPowerTOft4thPower NISTmeter4thPowerTOinch4thPower NISTmeterKPerWattTOdegFHourSqrFtPerUkThUnITInch NISTmeterKPerWattTOdegFHourSqrFtPerUkThUnthInch NISTmeterPerCubMeterTOmilePerGallon NISTmeterPerSecSqrdTOaccelOfFreeFallStd NISTmeterPerSecSqrdTOftPerSecSqrd NISTmeterPerSecSqrdTOgal NISTmeterPerSecSqrdTOinchPerSecSqrd NISTmeterPerSecTOftPerHour NISTmeterPerSecTOftPerMin NISTmeterPerSecTOftPerSec NISTmeterPerSecTOinchPerSec NISTmeterPerSecTOkmPerHour NISTmeterPerSecTOknot NISTmeterPerSecTOmilePerHour NISTmeterPerSecTOmilePerMin NISTmeterPerSecTOmilePerSec NISTmeterSqrdPerSecTOcentistokes NISTmeterSqrdPerSecTOstokes NISTmeterSqrdTOdarcy NISTmeterTOangstrom NISTmeterTOastronomicalUn NISTmeterTOchain NISTmeterTOfathom NISTmeterTOfermi NISTmeterTOft NISTmeterTOftUSsurvey NISTmeterTOinch NISTmeterTOlightYear NISTmeterTOmicroinch NISTmeterTOmicron NISTmeterTOmil NISTmeterTOmile NISTmeterTOmileNautical NISTmeterTOmileUSsurvey NISTmeterTOparsec NISTmeterTOpicaComputer NISTmeterTOpicaPrinter NISTmeterTOpointComputer NISTmeterTOpointPrinter NISTmeterTOrod NISTmeterTOyard NISTmhoTOsiemens NISTmicroinchTOmeter NISTmicroinchTOmicrometer NISTmicrometerTOmicroinch NISTmicrometerTOmicron NISTmicronTOmeter NISTmicronTOmicrometer NISTmileNauticalTOmeter NISTmilePerGallonTOkmPerLiter NISTmilePerGallonTOliterPer100Km NISTmilePerGallonTOmeterPerCubMeter NISTmilePerHourTOkmPerHour NISTmilePerHourTOmeterPerSec NISTmilePerMinTOmeterPerSec NISTmilePerSecTOmeterPerSec NISTmileTOkm NISTmileTOmeter NISTmileUSsurveyTOkm NISTmileUSsurveyTOmeter NISTmillibarTOkpascal NISTmillibarTOpascal NISTmilligramPerLiterTOgrainPerGallon NISTmilligramTOgrain NISTmillimeterOfMercuryConvtnlTOpascal NISTmillimeterOfWaterConvtnlTOpascal NISTmillimeterTOmil NISTmillimeterTOpicaComputer NISTmillimeterTOpicaPrinter NISTmillimeterTOpointComputer NISTmillimeterTOpointPrinter NISTmillinewtonMeterTOounceForceInch NISTmilTOdeg NISTmilTOmeter NISTmilTOmillimeter NISTmilTOradian NISTminSiderealTOsec NISTminTOradian NISTminTOsec NISTmlTOcup NISTmlTOfluidOunce NISTmlTOounce NISTmlTOounceImperial NISTmlTOtablespoon NISTmlTOteaspoon NISTmpascalTOkgForcePerSqrMillimeter NISTnanometerTOangstrom NISTnanosecTOshake NISTnewtonMeterPerMeterTOpoundForceFtPerInch NISTnewtonMeterPerMeterTOpoundForceInchPerInch NISTnewtonMeterTOdyneCm NISTnewtonMeterTOkgForceMeter NISTnewtonMeterTOounceForceInch NISTnewtonMeterTOpoundForceFt NISTnewtonMeterTOpoundForceInch NISTnewtonPerKgTOpoundForcePerPound NISTnewtonPerMeterTOpoundForcePerFt NISTnewtonPerMeterTOpoundForcePerInch NISTnewtonTOdyne NISTnewtonTOkgForce NISTnewtonTOkilopond NISTnewtonTOkip NISTnewtonTOounceForce NISTnewtonTOpoundal NISTnewtonTOpoundForce NISTnewtonTOtonForce NISToerstedTOamperePerMeter NISTohmCircularMilPerFtTOohmMeter NISTohmCircularMilPerFtTOohmSqrMillimeterPerMeter NISTohmCmTOohmMeter NISTohmMeterTOohmCircularMilPerFt NISTohmMeterTOohmCm NISTohmSqrMillimeterPerMeterTOohmCircularMilPerFt NISTohmTOabohm NISTohmToEMUOfResistance NISTohmToESUOfResistance NISTohmTOstatohm NISTounceAvoirdupoisTOgram NISTounceAvoirdupoisTOkg NISTounceForceInchTOmillinewtonMeter NISTounceForceInchTOnewtonMeter NISTounceForceTOnewton NISTounceImperialPerGallonTOgramPerLiter NISTounceImperialPerGallonTOkgPerCubMeter NISTounceImperialTOcubMeter NISTounceImperialTOml NISTouncePerCubInchTOkgPerCubMeter NISTouncePerGallonTOgramPerLiter NISTouncePerGallonTOkgPerCubMeter NISTouncePerSqrFtTOkgPerSqrMeter NISTouncePerSqrInchTOkgPerSqrMeter NISTouncePerSqrYardTOkgPerSqrMeter NISTounceTOcubMeter NISTounceTOml NISTounceTroyTOgram NISTounceTroyTOkg NISTparsecTOmeter NISTpascalSecTOcentipoise NISTpascalSecTOpoise NISTpascalSecTOpoundalSecPerSqrFt NISTpascalSecTOpoundForceSecPerSqrFt NISTpascalSecTOpoundForceSecPerSqrInch NISTpascalSecTOpoundPerFtHour NISTpascalSecTOpoundPerFtSec NISTpascalSecTOslugPerFtSec NISTpascalTOatmosphereStd NISTpascalTOatmosphereTechnical NISTpascalTObar NISTpascalTOcmOfMercury NISTpascalTOcmOfMercuryConvtnl NISTpascalTOcmOfWater NISTpascalTOcmOfWaterConvtnl NISTpascalTOdynePerSqrCm NISTpascalTOftOfMercuryConvtnl NISTpascalTOftOfWater NISTpascalTOftOfWaterConvtnl NISTpascalTOgramForcePerSqrCm NISTpascalTOinchOfMercury32F NISTpascalTOinchOfMercury60F NISTpascalTOinchOfMercuryConvtnl NISTpascalTOinchOfWater39.2F NISTpascalTOinchOfWater60F NISTpascalTOinchOfWaterConvtnl NISTpascalTOkgForcePerSqrCm NISTpascalTOkgForcePerSqrMeter NISTpascalTOkgForcePerSqrMillimeter NISTpascalTOkipPerSqrInch NISTpascalTOmillibar NISTpascalTOmillimeterOfMercuryConvtnl NISTpascalTOmillimeterOfWaterConvtnl NISTpascalTOpoundalPerSqrFt NISTpascalTOpoundForcePerSqrFt NISTpascalTOpoundForcePerSqrInch NISTpascalTOpsi NISTpascalTOtorr NISTpeckTOcubMeter NISTpeckTOliter NISTpennyweightTOgram NISTpennyweightTOkg NISTperm0CtOkgPerPascalSecSqrMeter NISTperm23CtOkgPerPascalSecSqrMeter NISTpermInch0CtOkgPerPascalSecMeter NISTpermInch23CtOkgPerPascalSecMeter NISTphotTOlux NISTpicaComputerTOmeter NISTpicaComputerTOmillimeter NISTpicaPrinterTOmeter NISTpicaPrinterTOmillimeter NISTpintUSdryTOcubMeter NISTpintUSdryTOliter NISTpintUSliquidTOcubMeter NISTpintUSliquidTOliter NISTpointComputerTOmeter NISTpointComputerTOmillimeter NISTpointPrinterTOmeter NISTpointPrinterTOmillimeter NISTpoiseTOpascalSec NISTpoundalPerSqrFtTOpascal NISTpoundalSecPerSqrFtTOpascalSec NISTpoundalTOnewton NISTpoundAvoirdupoisTOkg NISTpoundForceFtPerInchTOnewtonMeterPerMeter NISTpoundForceFtTOnewtonMeter NISTpoundForceInchPerInchTOnewtonMeterPerMeter NISTpoundForceInchTOnewtonMeter NISTpoundForcePerFtTOnewtonPerMeter NISTpoundForcePerInchTOnewtonPerMeter NISTpoundForcePerPoundTOnewtonPerKg NISTpoundForcePerSqrFtTOpascal NISTpoundForcePerSqrInchTOkpascal NISTpoundForcePerSqrInchTOpascal NISTpoundForceSecPerSqrFtTOpascalSec NISTpoundForceSecPerSqrInchTOpascalSec NISTpoundForceTOnewton NISTpoundFtSqrdTOkgMeterSqrd NISTpoundInchSqrdTOkgMeterSqrd NISTpoundPerCubFtTOkgPerCubMeter NISTpoundPerCubInchTOkgPerCubMeter NISTpoundPerCubYardTOkgPerCubMeter NISTpoundPerFtHourTOpascalSec NISTpoundPerFtSecTOpascalSec NISTpoundPerFtTOkgPerMeter NISTpoundPerGallonImperialTOkgPerCubMeter NISTpoundPerGallonImperialTOkgPerLiter NISTpoundPerGallonTOkgPerCubMeter NISTpoundPerGallonTOkgPerLiter NISTpoundPerHorsepowerHourTOkgPerJoule NISTpoundPerHourTOkgPerSec NISTpoundPerInchTOkgPerMeter NISTpoundPerMinTOkgPerSec NISTpoundPerSecTOkgPerSec NISTpoundPerSqrFtTOkgPerSqrMeter NISTpoundPerSqrInchTOkgPerSqrMeter NISTpoundPerYardTOkgPerMeter NISTpoundTroyTOkg NISTpsiTOkpascal NISTpsiTOpascal NISTquadTOjoule NISTquartUSdryTOcubMeter NISTquartUSdryTOliter NISTquartUSliquidTOcubMeter NISTquartUSliquidTOliter NISTradianPerSecTOrevolutionPerMin NISTradianPerSecTOrpm NISTradianTOdeg NISTradianTOgon NISTradianTOmil NISTradianTOmin NISTradianTOrevolution NISTradianTOsec NISTradTOgray NISTreciprocalMeterTOkayser NISTreciprocalPascalSec1TOrhe NISTremTOsievert NISTrevolutionPerMinTOradianPerSec NISTrevolutionTOradian NISTrheTOreciprocalPascalSec1 NISTrodTOmeter NISTroentgenTOcoulombPerKg NISTrpmTOradianPerSec NISTsecTOday NISTsecTOdaySidereal NISTsecTOhour NISTsecTOhourSidereal NISTsecTOmin NISTsecTOminSidereal NISTsecTOradian NISTsecTOsec NISTsecTOshake NISTsecTOyear NISTsecTOyearSidereal NISTsecTOyearTropical NISTshakeTOnanosec NISTshakeTOsec NISTsiemensTOabmho NISTsiemensTOmho NISTsiemensTOstatmho NISTsievertTOrem NISTslugPerCubFtTOkgPerCubMeter NISTslugPerFtSecTOpascalSec NISTslugTOkg NISTsqrCmTOsqrInch NISTsqrFtPerHourTOsqrMeterPerSec NISTsqrFtPerSecTOsqrMeterPerSec NISTsqrFtTOsqrMeter NISTsqrInchTOsqrCm NISTsqrInchTOsqrMeter NISTsqrKmTOsqrMile NISTsqrKmTOsqrMileUSsurvey NISTsqrMeterKPerWattTOclo NISTsqrMeterKPerWattTOdegFHourSqrFtPerUkThUnIT NISTsqrMeterKPerWattTOdegFHourSqrFtPerUkThUnth NISTsqrMeterPerSecTOsqrFtPerHour NISTsqrMeterPerSecTOsqrFtPerSec NISTsqrMeterTOacre NISTsqrMeterTOare NISTsqrMeterTObarn NISTsqrMeterTOcircularMil NISTsqrMeterTOhectare NISTsqrMeterTOsqrFt NISTsqrMeterTOsqrInch NISTsqrMeterTOsqrMile NISTsqrMeterTOsqrMileUSsurvey NISTsqrMeterTOsqrYard NISTsqrMileTOsqrKm NISTsqrMileTOsqrMeter NISTsqrMileUSsurveyTOsqrKm NISTsqrMileUSsurveyTOsqrMeter NISTsqrMillimeterTOcircularMil NISTsqrYardTOsqrMeter NISTstatampereTOampere NISTstatcoulombTOcoulomb NISTstatfaradTOfarad NISTstathenryTOhenry NISTstatmhoTOsiemens NISTstatohmTOohm NISTstatvoltTOvolt NISTstereTOcubMeter NISTstilbTOcandelaPerSqrMeter NISTstokesTOmeterSqrdPerSec NISTtablespoonTOcubMeter NISTtablespoonTOml NISTteaspoonTOcubMeter NISTteaspoonTOml NISTteslaTOgamma NISTteslaTOgauss NISTtexTOkgPerMeter NISTthermECtOjoule NISTthermUStOjoule NISTtonAssayTOgram NISTtonAssayTOkg NISTtonForceTOkilonewton NISTtonForceTOnewton NISTtonLongPerCubYardTOkgPerCubMeter NISTtonLongTOkg NISTtonneTOkg NISTtonOfRefrigerationTOwatt NISTtonOfTNTtOjoule NISTtonRegisterTOcubMeter NISTtonShortPerCubYardTOkgPerCubMeter NISTtonShortPerHourTOkgPerSec NISTtonShortTOkg NISTtonSItOkg NISTtorrTOpascal NISTukThUn39FtOjoule NISTukThUn59FtOjoule NISTukThUn60FtOjoule NISTukThUnITFtPerHourSqrFtDegFtOwattPerMeterK NISTukThUnITInchPerHourSqrFtDegFtOwattPerMeterK NISTukThUnITInchPerSecSqrFtDegFtOwattPerMeterK NISTukThUnITPerCubFtTOjoulePerCubMeter NISTukThUnITPerDegFtOjoulePerK NISTukThUnITPerDegRankineTOjoulePerK NISTukThUnITPerHourSqrFtDegFtOwattPerSqrMeterK NISTukThUnITPerHourTOwatt NISTukThUnITPerPoundDegFtOjoulePerKgK NISTukThUnITPerPoundDegRankineTOjoulePerKgK NISTukThUnITPerPoundTOjoulePerKg NISTukThUnITPerSecSqrFtDegFtOwattPerSqrMeterK NISTukThUnITPerSecTOwatt NISTukThUnITPerSqrFtHourTOwattPerSqrMeter NISTukThUnITPerSqrFtSecTOwattPerSqrMeter NISTukThUnITPerSqrFtTOjoulePerSqrMeter NISTukThUnITtOjoule NISTukThUnthFtPerHourSqrFtDegFtOwattPerMeterK NISTukThUnthInchPerHourSqrFtDegFtOwattPerMeterK NISTukThUnthInchPerSecSqrFtDegFtOwattPerMeterK NISTukThUnthPerCubFtTOjoulePerCubMeter NISTukThUnthPerDegFtOjoulePerK NISTukThUnthPerDegRankineTOjoulePerK NISTukThUnthPerHourSqrFtDegFtOwattPerSqrMeterK NISTukThUnthPerHourTOwatt NISTukThUnthPerMinTOwatt NISTukThUnthPerPoundDegFtOjoulePerKgK NISTukThUnthPerPoundDegRankineTOjoulePerKgK NISTukThUnthPerPoundTOjoulePerKg NISTukThUnthPerSecSqrFtDegFtOwattPerSqrMeterK NISTukThUnthPerSecTOwatt NISTukThUnthPerSqrFtHourTOwattPerSqrMeter NISTukThUnthPerSqrFtMinTOwattPerSqrMeter NISTukThUnthPerSqrFtSecTOwattPerSqrMeter NISTukThUnthPerSqrFtTOjoulePerSqrMeter NISTukThUnthPerSqrInchSecTOwattPerSqrMeter NISTukThUnthTOjoule NISTukThUnTOjoule NISTunPoleTOweber NISTvoltTOabvolt NISTvoltToEMUOfElectricPotential NISTvoltToESUOfElectricPotential NISTvoltTOstatvolt NISTwattHourTOjoule NISTwattPerMeterKtOcalthPerCmSecDegC NISTwattPerMeterKtOukThUnITFtPerHourSqrFtDegF NISTwattPerMeterKtOukThUnITInchPerHourSqrFtDegF NISTwattPerMeterKtOukThUnITInchPerSecSqrFtDegF NISTwattPerMeterKtOukThUnthFtPerHourSqrFtDegF NISTwattPerMeterKtOukThUnthInchPerHourSqrFtDegF NISTwattPerMeterKtOukThUnthInchPerSecSqrFtDegF NISTwattPerSqrCmTOwattPerSqrMeter NISTwattPerSqrInchTOwattPerSqrMeter NISTwattPerSqrMeterKtOukThUnITPerHourSqrFtDegF NISTwattPerSqrMeterKtOukThUnITPerSecSqrFtDegF NISTwattPerSqrMeterKtOukThUnthPerHourSqrFtDegF NISTwattPerSqrMeterKtOukThUnthPerSecSqrFtDegF NISTwattPerSqrMeterTOcalthPerSqrCmMin NISTwattPerSqrMeterTOcalthPerSqrCmSec NISTwattPerSqrMeterTOergPerSqrCmSec NISTwattPerSqrMeterTOukThUnITPerSqrFtHour NISTwattPerSqrMeterTOukThUnITPerSqrFtSec NISTwattPerSqrMeterTOukThUnthPerSqrFtHour NISTwattPerSqrMeterTOukThUnthPerSqrFtMin NISTwattPerSqrMeterTOukThUnthPerSqrFtSec NISTwattPerSqrMeterTOukThUnthPerSqrInchSec NISTwattPerSqrMeterTOwattPerSqrCm NISTwattPerSqrMeterTOwattPerSqrInch NISTwattSecTOjoule NISTwattTOcalthPerMin NISTwattTOcalthPerSec NISTwattTOergPerSec NISTwattTOftPoundForcePerHour NISTwattTOftPoundForcePerMin NISTwattTOftPoundForcePerSec NISTwattTOhorsepower NISTwattTOhorsepowerBoiler NISTwattTOhorsepowerElectric NISTwattTOhorsepowerImperial NISTwattTOhorsepowerSI NISTwattTOhorsepowerWater NISTwattTOkilocalthPerMin NISTwattTOkilocalthPerSec NISTwattTOtonOfRefrigeration NISTwattTOukThUnITPerHour NISTwattTOukThUnITPerSec NISTwattTOukThUnthPerHour NISTwattTOukThUnthPerMin NISTwattTOukThUnthPerSec NISTweberTOmaxwell NISTweberTOunPole NISTyardTOmeter NISTyearSiderealTOsec NISTyearTOsec NISTyearTropicalTOsec

# NIST conversion factors

NISTabampereTOampere<-function(abampere) abampere * 10
# Input: abampere
# Output: ampere (A)

NISTampereTOabampere<-function(ampere) ampere / 10
# Input: ampere (A)
# Output: abampere

NISTabcoulombTOcoulomb<-function(abcoulomb) abcoulomb * 10
# Input: abcoulomb
# Output: coulomb (C)

NISTcoulombTOabcoulomb<-function(coulomb) coulomb / 10
# Input: coulomb (C)
# Output: abcoulomb

NISTabfaradTOfarad<-function(abfarad) abfarad * 1e+09
# Input: abfarad
# Output: farad (F)

NISTfaradTOabfarad<-function(farad) farad / 1e+09
# Input: farad (F)
# Output: abfarad

NISTabhenryTOhenry<-function(abhenry) abhenry * 1e-09
# Input: abhenry
# Output: henry (H)

NISThenryTOabhenry<-function(henry) henry / 1e-09
# Input: henry (H)
# Output: abhenry

NISTabmhoTOsiemens<-function(abmho) abmho * 1e+09
# Input: abmho
# Output: siemens (S)

NISTsiemensTOabmho<-function(siemens) siemens / 1e+09
# Input: siemens (S)
# Output: abmho

NISTabohmTOohm<-function(abohm) abohm * 1e-09
# Input: abohm
# Output: ohm (ohm)

NISTohmTOabohm<-function(ohm) ohm / 1e-09
# Input: ohm (ohm)
# Output: abohm

NISTabvoltTOvolt<-function(abvolt) abvolt * 1e-08
# Input: abvolt
# Output: volt (V)

NISTvoltTOabvolt<-function(volt) volt / 1e-08
# Input: volt (V)
# Output: abvolt

NISTaccelOfFreeFallStdTOmeterPerSecSqrd<-function(accelOfFreeFallStd) accelOfFreeFallStd * 9.80665
# Input: acceleration of free fall, standard (gn)
# Output: meter per second squared (m / s2)

NISTmeterPerSecSqrdTOaccelOfFreeFallStd<-function(meterPerSecSqrd) meterPerSecSqrd / 9.80665
# Input: meter per second squared (m / s2)
# Output: acceleration of free fall, standard (gn)

NISTacreTOsqrMeter<-function(acre) acre * 4046.873
# Input: acre (based on U.S. survey foot) 7
# Output: square meter (m2)

NISTsqrMeterTOacre<-function(sqrMeter) sqrMeter / 4046.873
# Input: square meter (m2)
# Output: acre (based on U.S. survey foot) 7

NISTacreFtTOcubMeter<-function(acreFt) acreFt * 1233.489
# Input: acre foot (based on U.S. survey foot) 7
# Output: cubic meter (m3)

NISTcubMeterTOacreFt<-function(cubMeter) cubMeter / 1233.489
# Input: cubic meter (m3)
# Output: acre foot (based on U.S. survey foot) 7

NISTampereHourTOcoulomb<-function(ampereHour) ampereHour * 3600
# Input: ampere hour (A * h)
# Output: coulomb (C)

NISTcoulombTOampereHour<-function(coulomb) coulomb / 3600
# Input: coulomb (C)
# Output: ampere hour (A * h)

NISTangstromTOmeter<-function(angstrom) angstrom * 1e-10
# Input: angstrom (a)
# Output: meter (m)

NISTmeterTOangstrom<-function(meter) meter / 1e-10
# Input: meter (m)
# Output: angstrom (a)

NISTangstromTOnanometer<-function(angstrom) angstrom * 0.1
# Input: angstrom (a)
# Output: nanometer (nm)

NISTnanometerTOangstrom<-function(nanometer) nanometer / 0.1
# Input: nanometer (nm)
# Output: angstrom (a)

NISTareTOsqrMeter<-function(are) are * 100
# Input: are (a)
# Output: square meter (m2)

NISTsqrMeterTOare<-function(sqrMeter) sqrMeter / 100
# Input: square meter (m2)
# Output: are (a)

NISTastronomicalUnTOmeter<-function(astronomicalUn) astronomicalUn * 149597900000
# Input: astronomical unit (ua)
# Output: meter (m)

NISTmeterTOastronomicalUn<-function(meter) meter / 149597900000
# Input: meter (m)
# Output: astronomical unit (ua)

NISTatmosphereStdTOpascal<-function(atmosphereStd) atmosphereStd * 101325
# Input: atmosphere, standard (atm)
# Output: pascal (Pa)

NISTpascalTOatmosphereStd<-function(pascal) pascal / 101325
# Input: pascal (Pa)
# Output: atmosphere, standard (atm)

NISTatmosphereStdTOkpascal<-function(atmosphereStd) atmosphereStd * 101.325
# Input: atmosphere, standard (atm)
# Output: kilopascal (kPa)

NISTkpascalTOatmosphereStd<-function(kpascal) kpascal / 101.325
# Input: kilopascal (kPa)
# Output: atmosphere, standard (atm)

NISTatmosphereTechnicalTOpascal<-function(atmosphereTechnical) atmosphereTechnical * 98066.5
# Input: atmosphere, technical (at) 8
# Output: pascal (Pa)

NISTpascalTOatmosphereTechnical<-function(pascal) pascal / 98066.5
# Input: pascal (Pa)
# Output: atmosphere, technical (at) 8

NISTatmosphereTechnicalTOkpascal<-function(atmosphereTechnical) atmosphereTechnical * 98.0665
# Input: atmosphere, technical (at) 8
# Output: kilopascal (kPa)

NISTkpascalTOatmosphereTechnical<-function(kpascal) kpascal / 98.0665
# Input: kilopascal (kPa)
# Output: atmosphere, technical (at) 8

NISTbarTOpascal<-function(bar) bar * 1e+05
# Input: bar (bar)
# Output: pascal (Pa)

NISTpascalTObar<-function(pascal) pascal / 1e+05
# Input: pascal (Pa)
# Output: bar (bar)

NISTbarTOkpascal<-function(bar) bar * 100
# Input: bar (bar)
# Output: kilopascal (kPa)

NISTkpascalTObar<-function(kpascal) kpascal / 100
# Input: kilopascal (kPa)
# Output: bar (bar)

NISTbarnTOsqrMeter<-function(barn) barn * 1e-28
# Input: barn (b)
# Output: square meter (m2)

NISTsqrMeterTObarn<-function(sqrMeter) sqrMeter / 1e-28
# Input: square meter (m2)
# Output: barn (b)

NISTbarrelTOcubMeter<-function(barrel) barrel * 0.1589873
# Input: barrel [for petroleum, 42 gallons (U.S.)] (bbl)
# Output: cubic meter (m3)

NISTcubMeterTObarrel<-function(cubMeter) cubMeter / 0.1589873
# Input: cubic meter (m3)
# Output: barrel [for petroleum, 42 gallons (U.S.)] (bbl)

NISTbarrelTOliter<-function(barrel) barrel * 158.9873
# Input: barrel [for petroleum, 42 gallons (U.S.)] (bbl)
# Output: liter (L)

NISTliterTObarrel<-function(liter) liter / 158.9873
# Input: liter (L)
# Output: barrel [for petroleum, 42 gallons (U.S.)] (bbl)

NISTbiotTOampere<-function(biot) biot * 10
# Input: biot (Bi)
# Output: ampere (A)

NISTampereTObiot<-function(ampere) ampere / 10
# Input: ampere (A)
# Output: biot (Bi)

NISTukThUnITtOjoule<-function(ukThUnIT) ukThUnIT * 1055.056
# Input: British thermal unitIT (BtuIT) 9
# Output: joule (J)

NISTjouleTOukThUnIT<-function(joule) joule / 1055.056
# Input: joule (J)
# Output: British thermal unitIT (BtuIT) 9

NISTukThUnthTOjoule<-function(ukThUnth) ukThUnth * 1054.35
# Input: British thermal unitth (Btuth) 9
# Output: joule (J)

NISTjouleTOukThUnth<-function(joule) joule / 1054.35
# Input: joule (J)
# Output: British thermal unitth (Btuth) 9

NISTukThUnTOjoule<-function(ukThUn) ukThUn * 1055.87
# Input: British thermal unit (mean) (Btu)
# Output: joule (J)

NISTjouleTOukThUn<-function(joule) joule / 1055.87
# Input: joule (J)
# Output: British thermal unit (mean) (Btu)

NISTukThUn39FtOjoule<-function(ukThUn39F) ukThUn39F * 1059.67
# Input: British thermal unit (39 F) (Btu)
# Output: joule (J)

NISTjouleTOukThUn39F<-function(joule) joule / 1059.67
# Input: joule (J)
# Output: British thermal unit (39 F) (Btu)

NISTukThUn59FtOjoule<-function(ukThUn59F) ukThUn59F * 1054.8
# Input: British thermal unit (59 F) (Btu)
# Output: joule (J)

NISTjouleTOukThUn59F<-function(joule) joule / 1054.8
# Input: joule (J)
# Output: British thermal unit (59 F) (Btu)

NISTukThUn60FtOjoule<-function(ukThUn60F) ukThUn60F * 1054.68
# Input: British thermal unit (60 F) (Btu)
# Output: joule (J)

NISTjouleTOukThUn60F<-function(joule) joule / 1054.68
# Input: joule (J)
# Output: British thermal unit (60 F) (Btu)

NISTukThUnITFtPerHourSqrFtDegFtOwattPerMeterK<-function(ukThUnITFtPerHourSqrFtDegF) ukThUnITFtPerHourSqrFtDegF * 1.730735
# Input: British thermal unitIT foot per hour square foot degree Fahrenheit [BtuIT * ft/(h * ft2 * F)]
# Output: watt per meter kelvin [W/(m * K)]

NISTwattPerMeterKtOukThUnITFtPerHourSqrFtDegF<-function(wattPerMeterK) wattPerMeterK / 1.730735
# Input: watt per meter kelvin [W/(m * K)]
# Output: British thermal unitIT foot per hour square foot degree Fahrenheit [BtuIT * ft/(h * ft2 * F)]

NISTukThUnthFtPerHourSqrFtDegFtOwattPerMeterK<-function(ukThUnthFtPerHourSqrFtDegF) ukThUnthFtPerHourSqrFtDegF * 1.729577
# Input: British thermal unitth foot per hour square foot degree Fahrenheit [Btuth * ft/(h * ft2 * F)]
# Output: watt per meter kelvin [W/(m * K)]

NISTwattPerMeterKtOukThUnthFtPerHourSqrFtDegF<-function(wattPerMeterK) wattPerMeterK / 1.729577
# Input: watt per meter kelvin [W/(m * K)]
# Output: British thermal unitth foot per hour square foot degree Fahrenheit [Btuth * ft/(h * ft2 * F)]

NISTukThUnITInchPerHourSqrFtDegFtOwattPerMeterK<-function(ukThUnITInchPerHourSqrFtDegF) ukThUnITInchPerHourSqrFtDegF * 0.1442279
# Input: British thermal unitIT inch per hour square foot degree Fahrenheit [BtuIT * in/(h * ft2 * F)]
# Output: watt per meter kelvin [W/(m * K)]

NISTwattPerMeterKtOukThUnITInchPerHourSqrFtDegF<-function(wattPerMeterK) wattPerMeterK / 0.1442279
# Input: watt per meter kelvin [W/(m * K)]
# Output: British thermal unitIT inch per hour square foot degree Fahrenheit [BtuIT * in/(h * ft2 * F)]

NISTukThUnthInchPerHourSqrFtDegFtOwattPerMeterK<-function(ukThUnthInchPerHourSqrFtDegF) ukThUnthInchPerHourSqrFtDegF * 0.1441314
# Input: British thermal unitth inch per hour square foot degree Fahrenheit [Btuth * in/(h * ft2 * F)]
# Output: watt per meter kelvin [W / (m * K)]

NISTwattPerMeterKtOukThUnthInchPerHourSqrFtDegF<-function(wattPerMeterK) wattPerMeterK / 0.1441314
# Input: watt per meter kelvin [W / (m * K)]
# Output: British thermal unitth inch per hour square foot degree Fahrenheit [Btuth * in/(h * ft2 * F)]

NISTukThUnITInchPerSecSqrFtDegFtOwattPerMeterK<-function(ukThUnITInchPerSecSqrFtDegF) ukThUnITInchPerSecSqrFtDegF * 519.2204
# Input: British thermal unitIT inch per second square foot degree Fahrenheit [BtuIT * in /(s * ft2 * F)]
# Output: watt per meter kelvin [W/(m * K)]

NISTwattPerMeterKtOukThUnITInchPerSecSqrFtDegF<-function(wattPerMeterK) wattPerMeterK / 519.2204
# Input: watt per meter kelvin [W/(m * K)]
# Output: British thermal unitIT inch per second square foot degree Fahrenheit [BtuIT * in /(s * ft2 * F)]

NISTukThUnthInchPerSecSqrFtDegFtOwattPerMeterK<-function(ukThUnthInchPerSecSqrFtDegF) ukThUnthInchPerSecSqrFtDegF * 518.8732
# Input: British thermal unitth inch per second square foot degree Fahrenheit [Btuth * in /(s * ft2 * F)]
# Output: watt per meter kelvin [W/(m * K)]

NISTwattPerMeterKtOukThUnthInchPerSecSqrFtDegF<-function(wattPerMeterK) wattPerMeterK / 518.8732
# Input: watt per meter kelvin [W/(m * K)]
# Output: British thermal unitth inch per second square foot degree Fahrenheit [Btuth * in /(s * ft2 * F)]

NISTukThUnITPerCubFtTOjoulePerCubMeter<-function(ukThUnITPerCubFt) ukThUnITPerCubFt * 37258.95
# Input: British thermal unitIT per cubic foot (BtuIT/ft3)
# Output: joule per cubic meter (J/m3)

NISTjoulePerCubMeterTOukThUnITPerCubFt<-function(joulePerCubMeter) joulePerCubMeter / 37258.95
# Input: joule per cubic meter (J/m3)
# Output: British thermal unitIT per cubic foot (BtuIT/ft3)

NISTukThUnthPerCubFtTOjoulePerCubMeter<-function(ukThUnthPerCubFt) ukThUnthPerCubFt * 37234.03
# Input: British thermal unitth per cubic foot (Btuth/ft3)
# Output: joule per cubic meter (J/m3)

NISTjoulePerCubMeterTOukThUnthPerCubFt<-function(joulePerCubMeter) joulePerCubMeter / 37234.03
# Input: joule per cubic meter (J/m3)
# Output: British thermal unitth per cubic foot (Btuth/ft3)

NISTukThUnITPerDegFtOjoulePerK<-function(ukThUnITPerDegF) ukThUnITPerDegF * 1899.101
# Input: British thermal unitIT per degree Fahrenheit (BtuIT/F)
# Output: joule per kelvin (J/K)

NISTjoulePerKtOukThUnITPerDegF<-function(joulePerK) joulePerK / 1899.101
# Input: joule per kelvin (J/K)
# Output: British thermal unitIT per degree Fahrenheit (BtuIT/F)

NISTukThUnthPerDegFtOjoulePerK<-function(ukThUnthPerDegF) ukThUnthPerDegF * 1897.83
# Input: British thermal unitth per degree Fahrenheit (Btuth/F)
# Output: joule per kelvin (J/K)

NISTjoulePerKtOukThUnthPerDegF<-function(joulePerK) joulePerK / 1897.83
# Input: joule per kelvin (J/K)
# Output: British thermal unitth per degree Fahrenheit (Btuth/F)

NISTukThUnITPerDegRankineTOjoulePerK<-function(ukThUnITPerDegRankine) ukThUnITPerDegRankine * 1899.101
# Input: British thermal unitIT per degree Rankine (BtuIT/R)
# Output: joule per kelvin (J/K)

NISTjoulePerKtOukThUnITPerDegRankine<-function(joulePerK) joulePerK / 1899.101
# Input: joule per kelvin (J/K)
# Output: British thermal unitIT per degree Rankine (BtuIT/R)

NISTukThUnthPerDegRankineTOjoulePerK<-function(ukThUnthPerDegRankine) ukThUnthPerDegRankine * 1897.83
# Input: British thermal unitth per degree Rankine (Btuth/R)
# Output: joule per kelvin (J/K)

NISTjoulePerKtOukThUnthPerDegRankine<-function(joulePerK) joulePerK / 1897.83
# Input: joule per kelvin (J/K)
# Output: British thermal unitth per degree Rankine (Btuth/R)

NISTukThUnITPerHourTOwatt<-function(ukThUnITPerHour) ukThUnITPerHour * 0.2930711
# Input: British thermal unitIT per hour (BtuIT/h)
# Output: watt (W)

NISTwattTOukThUnITPerHour<-function(watt) watt / 0.2930711
# Input: watt (W)
# Output: British thermal unitIT per hour (BtuIT/h)

NISTukThUnthPerHourTOwatt<-function(ukThUnthPerHour) ukThUnthPerHour * 0.2928751
# Input: British thermal unitth per hour (Btuth/h)
# Output: watt (W)

NISTwattTOukThUnthPerHour<-function(watt) watt / 0.2928751
# Input: watt (W)
# Output: British thermal unitth per hour (Btuth/h)

NISTukThUnITPerHourSqrFtDegFtOwattPerSqrMeterK<-function(ukThUnITPerHourSqrFtDegF) ukThUnITPerHourSqrFtDegF * 5.678263
# Input: British thermal unitIT per hour square foot degree Fahrenheit [BtuIT/(h * ft2 * F)]
# Output: watt per square meter kelvin [W/(m2 * K)]

NISTwattPerSqrMeterKtOukThUnITPerHourSqrFtDegF<-function(wattPerSqrMeterK) wattPerSqrMeterK / 5.678263
# Input: watt per square meter kelvin [W/(m2 * K)]
# Output: British thermal unitIT per hour square foot degree Fahrenheit [BtuIT/(h * ft2 * F)]

NISTukThUnthPerHourSqrFtDegFtOwattPerSqrMeterK<-function(ukThUnthPerHourSqrFtDegF) ukThUnthPerHourSqrFtDegF * 5.674466
# Input: British thermal unitth per hour square foot degree Fahrenheit [Btuth/(h * ft2 * F)]
# Output: watt per square meter kelvin [W/(m2 * K)]

NISTwattPerSqrMeterKtOukThUnthPerHourSqrFtDegF<-function(wattPerSqrMeterK) wattPerSqrMeterK / 5.674466
# Input: watt per square meter kelvin [W/(m2 * K)]
# Output: British thermal unitth per hour square foot degree Fahrenheit [Btuth/(h * ft2 * F)]

NISTukThUnthPerMinTOwatt<-function(ukThUnthPerMin) ukThUnthPerMin * 17.5725
# Input: British thermal unitth per minute (Btuth/min)
# Output: watt (W)

NISTwattTOukThUnthPerMin<-function(watt) watt / 17.5725
# Input: watt (W)
# Output: British thermal unitth per minute (Btuth/min)

NISTukThUnITPerPoundTOjoulePerKg<-function(ukThUnITPerPound) ukThUnITPerPound * 2326
# Input: British thermal unitIT per pound (BtuIT/lb)
# Output: joule per kilogram (J/kg)

NISTjoulePerKgTOukThUnITPerPound<-function(joulePerKg) joulePerKg / 2326
# Input: joule per kilogram (J/kg)
# Output: British thermal unitIT per pound (BtuIT/lb)

NISTukThUnthPerPoundTOjoulePerKg<-function(ukThUnthPerPound) ukThUnthPerPound * 2324.444
# Input: British thermal unitth per pound (Btuth/lb)
# Output: joule per kilogram (J/kg)

NISTjoulePerKgTOukThUnthPerPound<-function(joulePerKg) joulePerKg / 2324.444
# Input: joule per kilogram (J/kg)
# Output: British thermal unitth per pound (Btuth/lb)

NISTukThUnITPerPoundDegFtOjoulePerKgK<-function(ukThUnITPerPoundDegF) ukThUnITPerPoundDegF * 4186.8
# Input: British thermal unitIT per pound degree Fahrenheit [BtuIT/(lb * F)]
# Output: joule per kilogram kelvin [J/(kg * K)]

NISTjoulePerKgKtOukThUnITPerPoundDegF<-function(joulePerKgK) joulePerKgK / 4186.8
# Input: joule per kilogram kelvin [J/(kg * K)]
# Output: British thermal unitIT per pound degree Fahrenheit [BtuIT/(lb * F)]

NISTukThUnthPerPoundDegFtOjoulePerKgK<-function(ukThUnthPerPoundDegF) ukThUnthPerPoundDegF * 4184
# Input: British thermal unitth per pound degree Fahrenheit [Btuth/(lb * F)]
# Output: joule per kilogram kelvin [J/(kg * K)]

NISTjoulePerKgKtOukThUnthPerPoundDegF<-function(joulePerKgK) joulePerKgK / 4184
# Input: joule per kilogram kelvin [J/(kg * K)]
# Output: British thermal unitth per pound degree Fahrenheit [Btuth/(lb * F)]

NISTukThUnITPerPoundDegRankineTOjoulePerKgK<-function(ukThUnITPerPoundDegRankine) ukThUnITPerPoundDegRankine * 4186.8
# Input: British thermal unitIT per pound degree Rankine [BtuIT/(lb * R)]
# Output: joule per kilogram kelvin [J/(kg * K)]

NISTjoulePerKgKtOukThUnITPerPoundDegRankine<-function(joulePerKgK) joulePerKgK / 4186.8
# Input: joule per kilogram kelvin [J/(kg * K)]
# Output: British thermal unitIT per pound degree Rankine [BtuIT/(lb * R)]

NISTukThUnthPerPoundDegRankineTOjoulePerKgK<-function(ukThUnthPerPoundDegRankine) ukThUnthPerPoundDegRankine * 4184
# Input: British thermal unitth per pound degree Rankine [Btuth/(lb * R)]
# Output: joule per kilogram kelvin [J/(kg * K)]

NISTjoulePerKgKtOukThUnthPerPoundDegRankine<-function(joulePerKgK) joulePerKgK / 4184
# Input: joule per kilogram kelvin [J/(kg * K)]
# Output: British thermal unitth per pound degree Rankine [Btuth/(lb * R)]

NISTukThUnITPerSecTOwatt<-function(ukThUnITPerSec) ukThUnITPerSec * 1055.056
# Input: British thermal unitIT per second (BtuIT/s)
# Output: watt (W)

NISTwattTOukThUnITPerSec<-function(watt) watt / 1055.056
# Input: watt (W)
# Output: British thermal unitIT per second (BtuIT/s)

NISTukThUnthPerSecTOwatt<-function(ukThUnthPerSec) ukThUnthPerSec * 1054.35
# Input: British thermal unitth per second (Btuth/s)
# Output: watt (W)

NISTwattTOukThUnthPerSec<-function(watt) watt / 1054.35
# Input: watt (W)
# Output: British thermal unitth per second (Btuth/s)

NISTukThUnITPerSecSqrFtDegFtOwattPerSqrMeterK<-function(ukThUnITPerSecSqrFtDegF) ukThUnITPerSecSqrFtDegF * 20441.75
# Input: British thermal unitIT per second square foot degree Fahrenheit [BtuIT/(s * ft2 * F)]
# Output: watt per square meter kelvin [W/(m2 * K)]

NISTwattPerSqrMeterKtOukThUnITPerSecSqrFtDegF<-function(wattPerSqrMeterK) wattPerSqrMeterK / 20441.75
# Input: watt per square meter kelvin [W/(m2 * K)]
# Output: British thermal unitIT per second square foot degree Fahrenheit [BtuIT/(s * ft2 * F)]

NISTukThUnthPerSecSqrFtDegFtOwattPerSqrMeterK<-function(ukThUnthPerSecSqrFtDegF) ukThUnthPerSecSqrFtDegF * 20428.08
# Input: British thermal unitth per second square foot degree Fahrenheit [Btuth/(s * ft2 * F)]
# Output: watt per square meter kelvin [W/(m2 * K)]

NISTwattPerSqrMeterKtOukThUnthPerSecSqrFtDegF<-function(wattPerSqrMeterK) wattPerSqrMeterK / 20428.08
# Input: watt per square meter kelvin [W/(m2 * K)]
# Output: British thermal unitth per second square foot degree Fahrenheit [Btuth/(s * ft2 * F)]

NISTukThUnITPerSqrFtTOjoulePerSqrMeter<-function(ukThUnITPerSqrFt) ukThUnITPerSqrFt * 11356.53
# Input: British thermal unitIT per square foot (BtuIT/ft2)
# Output: joule per square meter (J/m2)

NISTjoulePerSqrMeterTOukThUnITPerSqrFt<-function(joulePerSqrMeter) joulePerSqrMeter / 11356.53
# Input: joule per square meter (J/m2)
# Output: British thermal unitIT per square foot (BtuIT/ft2)

NISTukThUnthPerSqrFtTOjoulePerSqrMeter<-function(ukThUnthPerSqrFt) ukThUnthPerSqrFt * 11348.93
# Input: British thermal unitth per square foot (Btuth/ft2)
# Output: joule per square meter (J/m2)

NISTjoulePerSqrMeterTOukThUnthPerSqrFt<-function(joulePerSqrMeter) joulePerSqrMeter / 11348.93
# Input: joule per square meter (J/m2)
# Output: British thermal unitth per square foot (Btuth/ft2)

NISTukThUnITPerSqrFtHourTOwattPerSqrMeter<-function(ukThUnITPerSqrFtHour) ukThUnITPerSqrFtHour * 3.154591
# Input: British thermal unitIT per square foot hour [BtuIT/(ft2 * h)]
# Output: watt per square meter (W/m2)

NISTwattPerSqrMeterTOukThUnITPerSqrFtHour<-function(wattPerSqrMeter) wattPerSqrMeter / 3.154591
# Input: watt per square meter (W/m2)
# Output: British thermal unitIT per square foot hour [BtuIT/(ft2 * h)]

NISTukThUnthPerSqrFtHourTOwattPerSqrMeter<-function(ukThUnthPerSqrFtHour) ukThUnthPerSqrFtHour * 3.152481
# Input: British thermal unitth per square foot hour [Btuth/(ft2 * h)]
# Output: watt per square meter (W/m2)

NISTwattPerSqrMeterTOukThUnthPerSqrFtHour<-function(wattPerSqrMeter) wattPerSqrMeter / 3.152481
# Input: watt per square meter (W/m2)
# Output: British thermal unitth per square foot hour [Btuth/(ft2 * h)]

NISTukThUnthPerSqrFtMinTOwattPerSqrMeter<-function(ukThUnthPerSqrFtMin) ukThUnthPerSqrFtMin * 189.1489
# Input: British thermal unitth per square foot minute [Btuth/(ft2 * min)]
# Output: watt per square meter (W/m2)

NISTwattPerSqrMeterTOukThUnthPerSqrFtMin<-function(wattPerSqrMeter) wattPerSqrMeter / 189.1489
# Input: watt per square meter (W/m2)
# Output: British thermal unitth per square foot minute [Btuth/(ft2 * min)]

NISTukThUnITPerSqrFtSecTOwattPerSqrMeter<-function(ukThUnITPerSqrFtSec) ukThUnITPerSqrFtSec * 11356.53
# Input: British thermal unitIT per square foot second [BtuIT/(ft2 * s)]
# Output: watt per square meter (W/m2)

NISTwattPerSqrMeterTOukThUnITPerSqrFtSec<-function(wattPerSqrMeter) wattPerSqrMeter / 11356.53
# Input: watt per square meter (W/m2)
# Output: British thermal unitIT per square foot second [BtuIT/(ft2 * s)]

NISTukThUnthPerSqrFtSecTOwattPerSqrMeter<-function(ukThUnthPerSqrFtSec) ukThUnthPerSqrFtSec * 11348.93
# Input: British thermal unitth per square foot second [Btuth/(ft2 * s)]
# Output: watt per square meter (W/m2)

NISTwattPerSqrMeterTOukThUnthPerSqrFtSec<-function(wattPerSqrMeter) wattPerSqrMeter / 11348.93
# Input: watt per square meter (W/m2)
# Output: British thermal unitth per square foot second [Btuth/(ft2 * s)]

NISTukThUnthPerSqrInchSecTOwattPerSqrMeter<-function(ukThUnthPerSqrInchSec) ukThUnthPerSqrInchSec * 1634246
# Input: British thermal unitth per square inch second [Btuth/(in2 * s)]
# Output: watt per square meter (W/m2)

NISTwattPerSqrMeterTOukThUnthPerSqrInchSec<-function(wattPerSqrMeter) wattPerSqrMeter / 1634246
# Input: watt per square meter (W/m2)
# Output: British thermal unitth per square inch second [Btuth/(in2 * s)]

NISTbushelTOcubMeter<-function(bushel) bushel * 0.03523907
# Input: bushel (U.S.) (bu)
# Output: cubic meter (m3)

NISTcubMeterTObushel<-function(cubMeter) cubMeter / 0.03523907
# Input: cubic meter (m3)
# Output: bushel (U.S.) (bu)

NISTbushelTOliter<-function(bushel) bushel * 35.23907
# Input: bushel (U.S.) (bu)
# Output: liter (L)

NISTliterTObushel<-function(liter) liter / 35.23907
# Input: liter (L)
# Output: bushel (U.S.) (bu)

NISTcalITtOjoule<-function(calIT) calIT * 4.1868
# Input: calorieIT (calIT) 10
# Output: joule (J)

NISTjouleTOcalIT<-function(joule) joule / 4.1868
# Input: joule (J)
# Output: calorieIT (calIT) 10

NISTcalthTOjoule<-function(calth) calth * 4.184
# Input: calorieth (calth) 10
# Output: joule (J)

NISTjouleTOcalth<-function(joule) joule / 4.184
# Input: joule (J)
# Output: calorieth (calth) 10

NISTcalTOjoule<-function(cal) cal * 4.19002
# Input: calorie (cal) (mean)
# Output: joule (J)

NISTjouleTOcal<-function(joule) joule / 4.19002
# Input: joule (J)
# Output: calorie (cal) (mean)

NISTcal15CtOjoule<-function(cal15C) cal15C * 4.1858
# Input: calorie (15 C) (cal15)
# Output: joule (J)

NISTjouleTOcal15C<-function(joule) joule / 4.1858
# Input: joule (J)
# Output: calorie (15 C) (cal15)

NISTcal20CtOjoule<-function(cal20C) cal20C * 4.1819
# Input: calorie (20 C) (cal20)
# Output: joule (J)

NISTjouleTOcal20C<-function(joule) joule / 4.1819
# Input: joule (J)
# Output: calorie (20 C) (cal20)

NISTcalITKgTOjoule<-function(calITKg) calITKg * 4186.8
# Input: calorieIT, kilogram (nutrition) 11
# Output: joule (J)

NISTjouleTOcalITKg<-function(joule) joule / 4186.8
# Input: joule (J)
# Output: calorieIT, kilogram (nutrition) 11

NISTcalthKgTOjoule<-function(calthKg) calthKg * 4184
# Input: calorieth , kilogram (nutrition) 11
# Output: joule (J)

NISTjouleTOcalthKg<-function(joule) joule / 4184
# Input: joule (J)
# Output: calorieth , kilogram (nutrition) 11

NISTcalKgTOjoule<-function(calKg) calKg * 4190.02
# Input: calorie (mean), kilogram (nutrition) 11
# Output: joule (J)

NISTjouleTOcalKg<-function(joule) joule / 4190.02
# Input: joule (J)
# Output: calorie (mean), kilogram (nutrition) 11

NISTcalthPerCmSecDegCtOwattPerMeterK<-function(calthPerCmSecDegC) calthPerCmSecDegC * 418.4
# Input: calorieth per centimeter second degree Celsius [calth/(cm * s * C)]
# Output: watt per meter kelvin [W/(m * K)]

NISTwattPerMeterKtOcalthPerCmSecDegC<-function(wattPerMeterK) wattPerMeterK / 418.4
# Input: watt per meter kelvin [W/(m * K)]
# Output: calorieth per centimeter second degree Celsius [calth/(cm * s * C)]

NISTcalITPerGramTOjoulePerKg<-function(calITPerGram) calITPerGram * 4186.8
# Input: calorieIT per gram (calIT/g)
# Output: joule per kilogram (J/kg)

NISTjoulePerKgTOcalITPerGram<-function(joulePerKg) joulePerKg / 4186.8
# Input: joule per kilogram (J/kg)
# Output: calorieIT per gram (calIT/g)

NISTcalthPerGramTOjoulePerKg<-function(calthPerGram) calthPerGram * 4184
# Input: calorieth per gram (calth/g)
# Output: joule per kilogram (J/kg)

NISTjoulePerKgTOcalthPerGram<-function(joulePerKg) joulePerKg / 4184
# Input: joule per kilogram (J/kg)
# Output: calorieth per gram (calth/g)

NISTcalITPerGramDegCtOjoulePerKgK<-function(calITPerGramDegC) calITPerGramDegC * 4186.8
# Input: calorieIT per gram degree Celsius [calIT/(g * C)]
# Output: joule per kilogram kelvin [J/(kg * K)]

NISTjoulePerKgKtOcalITPerGramDegC<-function(joulePerKgK) joulePerKgK / 4186.8
# Input: joule per kilogram kelvin [J/(kg * K)]
# Output: calorieIT per gram degree Celsius [calIT/(g * C)]

NISTcalthPerGramDegCtOjoulePerKgK<-function(calthPerGramDegC) calthPerGramDegC * 4184
# Input: calorieth per gram degree Celsius [calth/(g * C)]
# Output: joule per kilogram kelvin [J/(kg * K)]

NISTjoulePerKgKtOcalthPerGramDegC<-function(joulePerKgK) joulePerKgK / 4184
# Input: joule per kilogram kelvin [J/(kg * K)]
# Output: calorieth per gram degree Celsius [calth/(g * C)]

NISTcalITPerGramKtOjoulePerKgK<-function(calITPerGramK) calITPerGramK * 4186.8
# Input: calorieIT per gram kelvin [calIT/(g * K)]
# Output: joule per kilogram kelvin [J/(kg * K)]

NISTjoulePerKgKtOcalITPerGramK<-function(joulePerKgK) joulePerKgK / 4186.8
# Input: joule per kilogram kelvin [J/(kg * K)]
# Output: calorieIT per gram kelvin [calIT/(g * K)]

NISTcalthPerGramKtOjoulePerKgK<-function(calthPerGramK) calthPerGramK * 4184
# Input: calorieth per gram kelvin [calth/(g* K)]
# Output: joule per kilogram kelvin [J/(kg * K)]

NISTjoulePerKgKtOcalthPerGramK<-function(joulePerKgK) joulePerKgK / 4184
# Input: joule per kilogram kelvin [J/(kg * K)]
# Output: calorieth per gram kelvin [calth/(g* K)]

NISTcalthPerMinTOwatt<-function(calthPerMin) calthPerMin * 0.06973333
# Input: calorieth per minute (calth/min)
# Output: watt (W)

NISTwattTOcalthPerMin<-function(watt) watt / 0.06973333
# Input: watt (W)
# Output: calorieth per minute (calth/min)

NISTcalthPerSecTOwatt<-function(calthPerSec) calthPerSec * 4.184
# Input: calorieth per second (calth/s)
# Output: watt (W)

NISTwattTOcalthPerSec<-function(watt) watt / 4.184
# Input: watt (W)
# Output: calorieth per second (calth/s)

NISTcalthPerSqrCmTOjoulePerSqrMeter<-function(calthPerSqrCm) calthPerSqrCm * 41840
# Input: calorieth per square centimeter (calth/cm2)
# Output: joule per square meter (J/m2)

NISTjoulePerSqrMeterTOcalthPerSqrCm<-function(joulePerSqrMeter) joulePerSqrMeter / 41840
# Input: joule per square meter (J/m2)
# Output: calorieth per square centimeter (calth/cm2)

NISTcalthPerSqrCmMinTOwattPerSqrMeter<-function(calthPerSqrCmMin) calthPerSqrCmMin * 697.3333
# Input: calorieth per square centimeter minute [calth/(cm2 * min)]
# Output: watt per square meter (W/m2)

NISTwattPerSqrMeterTOcalthPerSqrCmMin<-function(wattPerSqrMeter) wattPerSqrMeter / 697.3333
# Input: watt per square meter (W/m2)
# Output: calorieth per square centimeter minute [calth/(cm2 * min)]

NISTcalthPerSqrCmSecTOwattPerSqrMeter<-function(calthPerSqrCmSec) calthPerSqrCmSec * 41840
# Input: calorieth per square centimeter second [calth/(cm2 * s)]
# Output: watt per square meter (W/m2)

NISTwattPerSqrMeterTOcalthPerSqrCmSec<-function(wattPerSqrMeter) wattPerSqrMeter / 41840
# Input: watt per square meter (W/m2)
# Output: calorieth per square centimeter second [calth/(cm2 * s)]

NISTcandelaPerSqrInchTOcandelaPerSqrMeter<-function(candelaPerSqrInch) candelaPerSqrInch * 1550.003
# Input: candela per square inch (cd/in2)
# Output: candela per square meter (cd/m2)

NISTcandelaPerSqrMeterTOcandelaPerSqrInch<-function(candelaPerSqrMeter) candelaPerSqrMeter / 1550.003
# Input: candela per square meter (cd/m2)
# Output: candela per square inch (cd/in2)

NISTcaratSItOkg<-function(caratSI) caratSI * 2e-04
# Input: carat, metric
# Output: kilogram (kg)

NISTkgTOcaratSI<-function(kg) kg / 2e-04
# Input: kilogram (kg)
# Output: carat, metric

NISTcaratSItOgram<-function(caratSI) caratSI * 0.2
# Input: carat, metric
# Output: gram (g)

NISTgramTOcaratSI<-function(gram) gram / 0.2
# Input: gram (g)
# Output: carat, metric

NISTcmOfMercuryTOpascal<-function(cmOfMercury) cmOfMercury * 1333.22
# Input: centimeter of mercury (0 C) 12
# Output: pascal (Pa)

NISTpascalTOcmOfMercury<-function(pascal) pascal / 1333.22
# Input: pascal (Pa)
# Output: centimeter of mercury (0 C) 12

NISTcmOfMercuryTOkpascal<-function(cmOfMercury) cmOfMercury * 1.33322
# Input: centimeter of mercury (0 C) 12
# Output: kilopascal (kPa)

NISTkpascalTOcmOfMercury<-function(kpascal) kpascal / 1.33322
# Input: kilopascal (kPa)
# Output: centimeter of mercury (0 C) 12

NISTcmOfMercuryConvtnlTOpascal<-function(cmOfMercuryConvtnl) cmOfMercuryConvtnl * 1333.224
# Input: centimeter of mercury, conventional (cmHg) 12
# Output: pascal (Pa)

NISTpascalTOcmOfMercuryConvtnl<-function(pascal) pascal / 1333.224
# Input: pascal (Pa)
# Output: centimeter of mercury, conventional (cmHg) 12

NISTcmOfMercuryConvtnlTOkpascal<-function(cmOfMercuryConvtnl) cmOfMercuryConvtnl * 1.333224
# Input: centimeter of mercury, conventional (cmHg) 12
# Output: kilopascal (kPa)

NISTkpascalTOcmOfMercuryConvtnl<-function(kpascal) kpascal / 1.333224
# Input: kilopascal (kPa)
# Output: centimeter of mercury, conventional (cmHg) 12

NISTcmOfWaterTOpascal<-function(cmOfWater) cmOfWater * 98.0638
# Input: centimeter of water (4 C) 12
# Output: pascal (Pa)

NISTpascalTOcmOfWater<-function(pascal) pascal / 98.0638
# Input: pascal (Pa)
# Output: centimeter of water (4 C) 12

NISTcmOfWaterConvtnlTOpascal<-function(cmOfWaterConvtnl) cmOfWaterConvtnl * 98.0665
# Input: centimeter of water, conventional (cmH2O) 12
# Output: pascal (Pa)

NISTpascalTOcmOfWaterConvtnl<-function(pascal) pascal / 98.0665
# Input: pascal (Pa)
# Output: centimeter of water, conventional (cmH2O) 12

NISTcentipoiseTOpascalSec<-function(centipoise) centipoise * 0.001
# Input: centipoise (cP)
# Output: pascal second (Pa * s)

NISTpascalSecTOcentipoise<-function(pascalSec) pascalSec / 0.001
# Input: pascal second (Pa * s)
# Output: centipoise (cP)

NISTcentistokesTOmeterSqrdPerSec<-function(centistokes) centistokes * 1e-06
# Input: centistokes (cSt)
# Output: meter squared per second (m2/s)

NISTmeterSqrdPerSecTOcentistokes<-function(meterSqrdPerSec) meterSqrdPerSec / 1e-06
# Input: meter squared per second (m2/s)
# Output: centistokes (cSt)

NISTchainTOmeter<-function(chain) chain * 20.11684
# Input: chain (based on U.S. survey foot) (ch) 7
# Output: meter (m)

NISTmeterTOchain<-function(meter) meter / 20.11684
# Input: meter (m)
# Output: chain (based on U.S. survey foot) (ch) 7

NISTcircularMilTOsqrMeter<-function(circularMil) circularMil * 5.067075e-10
# Input: circular mil
# Output: square meter (m2)

NISTsqrMeterTOcircularMil<-function(sqrMeter) sqrMeter / 5.067075e-10
# Input: square meter (m2)
# Output: circular mil

NISTcircularMilTOsqrMillimeter<-function(circularMil) circularMil * 0.0005067075
# Input: circular mil
# Output: square millimeter (mm2)

NISTsqrMillimeterTOcircularMil<-function(sqrMillimeter) sqrMillimeter / 0.0005067075
# Input: square millimeter (mm2)
# Output: circular mil

NISTcloTOsqrMeterKPerWatt<-function(clo) clo * 0.155
# Input: clo
# Output: square meter kelvin per watt (m2 * K/W)

NISTsqrMeterKPerWattTOclo<-function(sqrMeterKPerWatt) sqrMeterKPerWatt / 0.155
# Input: square meter kelvin per watt (m2 * K/W)
# Output: clo

NISTcordTOcubMeter<-function(cord) cord * 3.624556
# Input: cord (128 ft3)
# Output: cubic meter (m3)

NISTcubMeterTOcord<-function(cubMeter) cubMeter / 3.624556
# Input: cubic meter (m3)
# Output: cord (128 ft3)

NISTcubFtTOcubMeter<-function(cubFt) cubFt * 0.02831685
# Input: cubic foot (ft3)
# Output: cubic meter (m3)

NISTcubMeterTOcubFt<-function(cubMeter) cubMeter / 0.02831685
# Input: cubic meter (m3)
# Output: cubic foot (ft3)

NISTcubFtPerMinTOcubMeterPerSec<-function(cubFtPerMin) cubFtPerMin * 0.0004719474
# Input: cubic foot per minute (ft3/min)
# Output: cubic meter per second (m3/s)

NISTcubMeterPerSecTOcubFtPerMin<-function(cubMeterPerSec) cubMeterPerSec / 0.0004719474
# Input: cubic meter per second (m3/s)
# Output: cubic foot per minute (ft3/min)

NISTcubFtPerMinTOliterPerSec<-function(cubFtPerMin) cubFtPerMin * 0.4719474
# Input: cubic foot per minute (ft3/min)
# Output: liter per second (L/s)

NISTliterPerSecTOcubFtPerMin<-function(literPerSec) literPerSec / 0.4719474
# Input: liter per second (L/s)
# Output: cubic foot per minute (ft3/min)

NISTcubFtPerSecTOcubMeterPerSec<-function(cubFtPerSec) cubFtPerSec * 0.02831685
# Input: cubic foot per second (ft3/s)
# Output: cubic meter per second (m3/s)

NISTcubMeterPerSecTOcubFtPerSec<-function(cubMeterPerSec) cubMeterPerSec / 0.02831685
# Input: cubic meter per second (m3/s)
# Output: cubic foot per second (ft3/s)

NISTcubInchTOcubMeter<-function(cubInch) cubInch * 1.638706e-05
# Input: cubic inch (in3) 13
# Output: cubic meter (m3)

NISTcubMeterTOcubInch<-function(cubMeter) cubMeter / 1.638706e-05
# Input: cubic meter (m3)
# Output: cubic inch (in3) 13

NISTcubInchPerMinTOcubMeterPerSec<-function(cubInchPerMin) cubInchPerMin * 2.731177e-07
# Input: cubic inch per minute (in3/min)
# Output: cubic meter per second (m3/s)

NISTcubMeterPerSecTOcubInchPerMin<-function(cubMeterPerSec) cubMeterPerSec / 2.731177e-07
# Input: cubic meter per second (m3/s)
# Output: cubic inch per minute (in3/min)

NISTcubMileTOcubMeter<-function(cubMile) cubMile * 4168182000
# Input: cubic mile (mi3)
# Output: cubic meter (m3)

NISTcubMeterTOcubMile<-function(cubMeter) cubMeter / 4168182000
# Input: cubic meter (m3)
# Output: cubic mile (mi3)

NISTcubYardTOcubMeter<-function(cubYard) cubYard * 0.7645549
# Input: cubic yard (yd3)
# Output: cubic meter (m3)

NISTcubMeterTOcubYard<-function(cubMeter) cubMeter / 0.7645549
# Input: cubic meter (m3)
# Output: cubic yard (yd3)

NISTcubYardPerMinTOcubMeterPerSec<-function(cubYardPerMin) cubYardPerMin * 0.01274258
# Input: cubic yard per minute (yd3/min)
# Output: cubic meter per second (m3/s)

NISTcubMeterPerSecTOcubYardPerMin<-function(cubMeterPerSec) cubMeterPerSec / 0.01274258
# Input: cubic meter per second (m3/s)
# Output: cubic yard per minute (yd3/min)

NISTcupTOcubMeter<-function(cup) cup * 0.0002365882
# Input: cup (U.S.)
# Output: cubic meter (m3)

NISTcubMeterTOcup<-function(cubMeter) cubMeter / 0.0002365882
# Input: cubic meter (m3)
# Output: cup (U.S.)

NISTcupTOliter<-function(cup) cup * 0.2365882
# Input: cup (U.S.)
# Output: liter (L)

NISTliterTOcup<-function(liter) liter / 0.2365882
# Input: liter (L)
# Output: cup (U.S.)

NISTcupTOml<-function(cup) cup * 236.5882
# Input: cup (U.S.)
# Output: milliliter (mL)

NISTmlTOcup<-function(ml) ml / 236.5882
# Input: milliliter (mL)
# Output: cup (U.S.)

NISTcurieTObecquerel<-function(curie) curie * 3.7e+10
# Input: curie (Ci)
# Output: becquerel (Bq)

NISTbecquerelTOcurie<-function(becquerel) becquerel / 3.7e+10
# Input: becquerel (Bq)
# Output: curie (Ci)

NISTdarcyTOmeterSqrd<-function(darcy) darcy * 9.869233e-13
# Input: darcy 14
# Output: meter squared (m2)

NISTmeterSqrdTOdarcy<-function(meterSqrd) meterSqrd / 9.869233e-13
# Input: meter squared (m2)
# Output: darcy 14

NISTdayTOsec<-function(day) day * 86400
# Input: day (d)
# Output: second (s)

NISTsecTOday<-function(sec) sec / 86400
# Input: second (s)
# Output: day (d)

NISTdaySiderealTOsec<-function(daySidereal) daySidereal * 86164.09
# Input: day (sidereal)
# Output: second (s)

NISTsecTOdaySidereal<-function(sec) sec / 86164.09
# Input: second (s)
# Output: day (sidereal)

NISTdebyeTOcoulombMeter<-function(debye) debye * 3.335641e-30
# Input: debye (D)
# Output: coulomb meter (C * m)

NISTcoulombMeterTOdebye<-function(coulombMeter) coulombMeter / 3.335641e-30
# Input: coulomb meter (C * m)
# Output: debye (D)

NISTdegTOradian<-function(deg) deg * 0.01745329
# Input: degree (angle) ()
# Output: radian (rad)

NISTradianTOdeg<-function(radian) radian / 0.01745329
# Input: radian (rad)
# Output: degree (angle) ()

NISTdegCtOk<-function(degC) degC + 273.15 
# Input: degree Celsius (temperature) (C)
# Output: kelvin (K)

NISTdegCtOkInterval<-function(degC) degC * 1
# Input: degree Celsius (temperature interval) (C)
# Output: kelvin (K)



NISTkTOdegC<-function(k) k - 273.15 
# Input: kelvin (K)
# Output: degree Celsius (temperature) (C)

NISTkTOdegCinterval<-function(k) k / 1
# Input: kelvin (K)
# Output: degree Celsius (temperature interval) (C)

NISTdegCentigradeTOdegC<-function(degCentigrade) degCentigrade
# Input: degree centigrade (temperature)
# Output: degree Celsius (C)

NISTdegCentigradeTOdegCinterval<-function(degCentigrade) degCentigrade * 1
# Input: degree centigrade (temperature interval)
# Output: degree Celsius (C)

NISTdegCtOdegCentigrade<-function(degC) degC
# Input: degree Celsius (C)
# Output: degree centigrade (temperature)

NISTdegCtOdegCentigradeInterval<-function(degC) degC / 1
# Input: degree Celsius (C)
# Output: degree centigrade (temperature interval)



NISTdegCtOdegF<-function(degC) (degC*1.8 + 32)
# Input: degree Celsius (C)
# Output: degree Fahrenheit (temperature) (F)

NISTdegCtOdegFinterval<-function(degC) degC / 0.5555556
# Input: degree Celsius (C)
# Output: degree Fahrenheit (temperature interval) (F)

NISTdegFtOk<-function(degF) (degF + 459.67)/1.8  
# Input: degree Fahrenheit (temperature) (F)
# Output: kelvin (K)

NISTdegFtOkInterval<-function(degF) degF * 0.5555556
# Input: degree Fahrenheit (temperature interval) (F)
# Output: kelvin (K)

NISTkTOdegF<-function(k) (k*1.8 - 459.67)
# Input: kelvin (K)
# Output: degree Fahrenheit (temperature) (F)

NISTkTOdegFinterval<-function(k) k / 0.5555556
# Input: kelvin (K)
# Output: degree Fahrenheit (temperature interval) (F)

NISTdegFtOdegCinterval<-function(degF) degF * 0.5555556
# Input: degree Fahrenheit (temperature interval) (F)
# Output: degree Celsius (C)

NISTdegFtOdegC<-function(degF) (degF - 32)/1.8  
# Input: degree Fahrenheit (temperature) (F)
# Output: degree Celsius (C)








NISTdegFHourPerUkThUnITtOkPerWatt<-function(degFHourPerUkThUnIT) degFHourPerUkThUnIT * 1.895634
# Input: degree Fahrenheit hour per British thermal unitIT (F * h/BtuIT)
# Output: kelvin per watt (K/W)

NISTkPerWattTOdegFHourPerUkThUnIT<-function(kPerWatt) kPerWatt / 1.895634
# Input: kelvin per watt (K/W)
# Output: degree Fahrenheit hour per British thermal unitIT (F * h/BtuIT)

NISTdegFHourPerUkThUnthTOkPerWatt<-function(degFHourPerUkThUnth) degFHourPerUkThUnth * 1.896903
# Input: degree Fahrenheit hour per British thermal unitth (F * h/Btuth)
# Output: kelvin per watt (K/W)

NISTkPerWattTOdegFHourPerUkThUnth<-function(kPerWatt) kPerWatt / 1.896903
# Input: kelvin per watt (K/W)
# Output: degree Fahrenheit hour per British thermal unitth (F * h/Btuth)

NISTdegFHourSqrFtPerUkThUnITtOsqrMeterKPerWatt<-function(degFHourSqrFtPerUkThUnIT) degFHourSqrFtPerUkThUnIT * 0.1761102
# Input: degree Fahrenheit hour square foot per British thermal unitIT (F * h * ft2/BtuIT)
# Output: square meter kelvin per watt (m2 * K/W)

NISTsqrMeterKPerWattTOdegFHourSqrFtPerUkThUnIT<-function(sqrMeterKPerWatt) sqrMeterKPerWatt / 0.1761102
# Input: square meter kelvin per watt (m2 * K/W)
# Output: degree Fahrenheit hour square foot per British thermal unitIT (F * h * ft2/BtuIT)

NISTdegFHourSqrFtPerUkThUnthTOsqrMeterKPerWatt<-function(degFHourSqrFtPerUkThUnth) degFHourSqrFtPerUkThUnth * 0.176228
# Input: degree Fahrenheit hour square foot per British thermal unitth (F * h * ft2/Btuth)
# Output: square meter kelvin per watt (m2 * K/W)

NISTsqrMeterKPerWattTOdegFHourSqrFtPerUkThUnth<-function(sqrMeterKPerWatt) sqrMeterKPerWatt / 0.176228
# Input: square meter kelvin per watt (m2 * K/W)
# Output: degree Fahrenheit hour square foot per British thermal unitth (F * h * ft2/Btuth)

NISTdegFHourSqrFtPerUkThUnITInchTOmeterKPerWatt<-function(degFHourSqrFtPerUkThUnITInch) degFHourSqrFtPerUkThUnITInch * 6.933472
# Input: degree Fahrenheit hour square foot per British thermal unitIT inch [F * h * ft2/(BtuIT * in)]
# Output: meter kelvin per watt (m * K/W)

NISTmeterKPerWattTOdegFHourSqrFtPerUkThUnITInch<-function(meterKPerWatt) meterKPerWatt / 6.933472
# Input: meter kelvin per watt (m * K/W)
# Output: degree Fahrenheit hour square foot per British thermal unitIT inch [F * h * ft2/(BtuIT * in)]

NISTdegFHourSqrFtPerUkThUnthInchTOmeterKPerWatt<-function(degFHourSqrFtPerUkThUnthInch) degFHourSqrFtPerUkThUnthInch * 6.938112
# Input: degree Fahrenheit hour square foot per British thermal unitth inch [F * h * ft2/(Btuth * in)]
# Output: meter kelvin per watt (m * K/W)

NISTmeterKPerWattTOdegFHourSqrFtPerUkThUnthInch<-function(meterKPerWatt) meterKPerWatt / 6.938112
# Input: meter kelvin per watt (m * K/W)
# Output: degree Fahrenheit hour square foot per British thermal unitth inch [F * h * ft2/(Btuth * in)]

NISTdegFSecPerUkThUnITtOkPerWatt<-function(degFSecPerUkThUnIT) degFSecPerUkThUnIT * 0.0005265651
# Input: degree Fahrenheit second per British thermal unitIT (F * s/BtuIT)
# Output: kelvin per watt (K/W)

NISTkPerWattTOdegFSecPerUkThUnIT<-function(kPerWatt) kPerWatt / 0.0005265651
# Input: kelvin per watt (K/W)
# Output: degree Fahrenheit second per British thermal unitIT (F * s/BtuIT)

NISTdegFSecPerUkThUnthTOkPerWatt<-function(degFSecPerUkThUnth) degFSecPerUkThUnth * 0.0005269175
# Input: degree Fahrenheit second per British thermal unitth (F * s/Btuth)
# Output: kelvin per watt (K/W)

NISTkPerWattTOdegFSecPerUkThUnth<-function(kPerWatt) kPerWatt / 0.0005269175
# Input: kelvin per watt (K/W)
# Output: degree Fahrenheit second per British thermal unitth (F * s/Btuth)

NISTdegRankineTOk<-function(degRankine) degRankine / 1.8
# Input: degree Rankine (R)
# Output: kelvin (K)

NISTkTOdegRankine<-function(k) k * 1.8
# Input: kelvin (K)
# Output: degree Rankine (R)

NISTkTOdegRankineInterval<-function(k) k / 0.5555556
# Input: kelvin (K)
# Output: degree Rankine (temperature interval) (R)

NISTdegRankineTOkInterval<-function(degRankine) degRankine * 0.5555556
# Input: degree Rankine (temperature interval) (R)
# Output: kelvin (K)



NISTdenierTOkgPerMeter<-function(denier) denier * 1.111111e-07
# Input: denier
# Output: kilogram per meter (kg/m)

NISTkgPerMeterTOdenier<-function(kgPerMeter) kgPerMeter / 1.111111e-07
# Input: kilogram per meter (kg/m)
# Output: denier

NISTdenierTOgramPerMeter<-function(denier) denier * 0.0001111111
# Input: denier
# Output: gram per meter (g/m)

NISTgramPerMeterTOdenier<-function(gramPerMeter) gramPerMeter / 0.0001111111
# Input: gram per meter (g/m)
# Output: denier

NISTdyneTOnewton<-function(dyne) dyne * 1e-05
# Input: dyne (dyn)
# Output: newton (N)

NISTnewtonTOdyne<-function(newton) newton / 1e-05
# Input: newton (N)
# Output: dyne (dyn)

NISTdyneCmTOnewtonMeter<-function(dyneCm) dyneCm * 1e-07
# Input: dyne centimeter (dyn * cm)
# Output: newton meter (N * m)

NISTnewtonMeterTOdyneCm<-function(newtonMeter) newtonMeter / 1e-07
# Input: newton meter (N * m)
# Output: dyne centimeter (dyn * cm)

NISTdynePerSqrCmTOpascal<-function(dynePerSqrCm) dynePerSqrCm * 0.1
# Input: dyne per square centimeter (dyn/cm2)
# Output: pascal (Pa)

NISTpascalTOdynePerSqrCm<-function(pascal) pascal / 0.1
# Input: pascal (Pa)
# Output: dyne per square centimeter (dyn/cm2)

NISTelectronvoltTOjoule<-function(electronvolt) electronvolt * 1.602177e-19
# Input: electronvolt (eV)
# Output: joule (J)

NISTjouleTOelectronvolt<-function(joule) joule / 1.602177e-19
# Input: joule (J)
# Output: electronvolt (eV)

NISTEMUOfCapacitanceTOfarad<-function(EMUOfCapacitance) EMUOfCapacitance * 1e+09
# Input: EMU of capacitance (abfarad)
# Output: farad (F)

NISTfaradToEMUOfCapacitance<-function(farad) farad / 1e+09
# Input: farad (F)
# Output: EMU of capacitance (abfarad)

NISTEMUOfCurrentTOampere<-function(EMUOfCurrent) EMUOfCurrent * 10
# Input: EMU of current (abampere)
# Output: ampere (A)

NISTampereToEMUOfCurrent<-function(ampere) ampere / 10
# Input: ampere (A)
# Output: EMU of current (abampere)

NISTEMUOfElectricPotentialTOvolt<-function(EMUOfElectricPotential) EMUOfElectricPotential * 1e-08
# Input: EMU of electric potential (abvolt)
# Output: volt (V)

NISTvoltToEMUOfElectricPotential<-function(volt) volt / 1e-08
# Input: volt (V)
# Output: EMU of electric potential (abvolt)

NISTEMUOfInductanceTOhenry<-function(EMUOfInductance) EMUOfInductance * 1e-09
# Input: EMU of inductance (abhenry)
# Output: henry (H)

NISThenryToEMUOfInductance<-function(henry) henry / 1e-09
# Input: henry (H)
# Output: EMU of inductance (abhenry)

NISTEMUOfResistanceTOohm<-function(EMUOfResistance) EMUOfResistance * 1e-09
# Input: EMU of resistance (abohm)
# Output: ohm (ohm)

NISTohmToEMUOfResistance<-function(ohm) ohm / 1e-09
# Input: ohm (ohm)
# Output: EMU of resistance (abohm)

NISTergTOjoule<-function(erg) erg * 1e-07
# Input: erg (erg)
# Output: joule (J)

NISTjouleTOerg<-function(joule) joule / 1e-07
# Input: joule (J)
# Output: erg (erg)

NISTergPerSecTOwatt<-function(ergPerSec) ergPerSec * 1e-07
# Input: erg per second (erg/s)
# Output: watt (W)

NISTwattTOergPerSec<-function(watt) watt / 1e-07
# Input: watt (W)
# Output: erg per second (erg/s)

NISTergPerSqrCmSecTOwattPerSqrMeter<-function(ergPerSqrCmSec) ergPerSqrCmSec * 0.001
# Input: erg per square centimeter second [erg/(cm2 * s)]
# Output: watt per square meter (W/m2)

NISTwattPerSqrMeterTOergPerSqrCmSec<-function(wattPerSqrMeter) wattPerSqrMeter / 0.001
# Input: watt per square meter (W/m2)
# Output: erg per square centimeter second [erg/(cm2 * s)]

NISTESUOfCapacitanceTOfarad<-function(ESUOfCapacitance) ESUOfCapacitance * 1.11265e-12
# Input: ESU of capacitance (statfarad)
# Output: farad (F)

NISTfaradToESUOfCapacitance<-function(farad) farad / 1.11265e-12
# Input: farad (F)
# Output: ESU of capacitance (statfarad)

NISTESUOfCurrentTOampere<-function(ESUOfCurrent) ESUOfCurrent * 3.335641e-10
# Input: ESU of current (statampere)
# Output: ampere (A)

NISTampereToESUOfCurrent<-function(ampere) ampere / 3.335641e-10
# Input: ampere (A)
# Output: ESU of current (statampere)

NISTESUOfElectricPotentialTOvolt<-function(ESUOfElectricPotential) ESUOfElectricPotential * 299.7925
# Input: ESU of electric potential (statvolt)
# Output: volt (V)

NISTvoltToESUOfElectricPotential<-function(volt) volt / 299.7925
# Input: volt (V)
# Output: ESU of electric potential (statvolt)

NISTESUOfInductanceTOhenry<-function(ESUOfInductance) ESUOfInductance * 898755200000
# Input: ESU of inductance (stathenry)
# Output: henry (H)

NISThenryToESUOfInductance<-function(henry) henry / 898755200000
# Input: henry (H)
# Output: ESU of inductance (stathenry)

NISTESUOfResistanceTOohm<-function(ESUOfResistance) ESUOfResistance * 898755200000
# Input: ESU of resistance (statohm)
# Output: ohm (ohm)

NISTohmToESUOfResistance<-function(ohm) ohm / 898755200000
# Input: ohm (ohm)
# Output: ESU of resistance (statohm)

NISTfaradayTOcoulomb<-function(faraday) faraday * 96485.31
# Input: faraday (based on carbon 12)
# Output: coulomb (C)

NISTcoulombTOfaraday<-function(coulomb) coulomb / 96485.31
# Input: coulomb (C)
# Output: faraday (based on carbon 12)

NISTfathomTOmeter<-function(fathom) fathom * 1.828804
# Input: fathom (based on U.S. survey foot) 7
# Output: meter (m)

NISTmeterTOfathom<-function(meter) meter / 1.828804
# Input: meter (m)
# Output: fathom (based on U.S. survey foot) 7

NISTfermiTOmeter<-function(fermi) fermi * 1e-15
# Input: fermi
# Output: meter (m)

NISTmeterTOfermi<-function(meter) meter / 1e-15
# Input: meter (m)
# Output: fermi

NISTfermiTOfemtometer<-function(fermi) fermi * 1
# Input: fermi
# Output: femtometer (fm)

NISTfemtometerTOfermi<-function(femtometer) femtometer / 1
# Input: femtometer (fm)
# Output: fermi

NISTfluidOunceTOcubMeter<-function(fluidOunce) fluidOunce * 2.957353e-05
# Input: fluid ounce (U.S.) (fl oz)
# Output: cubic meter (m3)

NISTcubMeterTOfluidOunce<-function(cubMeter) cubMeter / 2.957353e-05
# Input: cubic meter (m3)
# Output: fluid ounce (U.S.) (fl oz)

NISTfluidOunceTOml<-function(fluidOunce) fluidOunce * 29.57353
# Input: fluid ounce (U.S.) (fl oz)
# Output: milliliter (mL)

NISTmlTOfluidOunce<-function(ml) ml / 29.57353
# Input: milliliter (mL)
# Output: fluid ounce (U.S.) (fl oz)

NISTftTOmeter<-function(ft) ft * 0.3048
# Input: foot (ft)
# Output: meter (m)

NISTmeterTOft<-function(meter) meter / 0.3048
# Input: meter (m)
# Output: foot (ft)

NISTftUSsurveyTOmeter<-function(ftUSsurvey) ftUSsurvey * 0.3048006
# Input: foot (U.S. survey) (ft) 7
# Output: meter (m)

NISTmeterTOftUSsurvey<-function(meter) meter / 0.3048006
# Input: meter (m)
# Output: foot (U.S. survey) (ft) 7

NISTftcandleTOlux<-function(ftcandle) ftcandle * 10.76391
# Input: footcandle
# Output: lux (lx)

NISTluxTOftcandle<-function(lux) lux / 10.76391
# Input: lux (lx)
# Output: footcandle

NISTftlambertTOcandelaPerSqrMeter<-function(ftlambert) ftlambert * 3.426259
# Input: footlambert
# Output: candela per square meter (cd/m2)

NISTcandelaPerSqrMeterTOftlambert<-function(candelaPerSqrMeter) candelaPerSqrMeter / 3.426259
# Input: candela per square meter (cd/m2)
# Output: footlambert

NISTftOfMercuryConvtnlTOpascal<-function(ftOfMercuryConvtnl) ftOfMercuryConvtnl * 40636.66
# Input: foot of mercury, conventional (ftHg) 12
# Output: pascal (Pa)

NISTpascalTOftOfMercuryConvtnl<-function(pascal) pascal / 40636.66
# Input: pascal (Pa)
# Output: foot of mercury, conventional (ftHg) 12

NISTftOfMercuryConvtnlTOkpascal<-function(ftOfMercuryConvtnl) ftOfMercuryConvtnl * 40.63666
# Input: foot of mercury, conventional (ftHg) 12
# Output: kilopascal (kPa)

NISTkpascalTOftOfMercuryConvtnl<-function(kpascal) kpascal / 40.63666
# Input: kilopascal (kPa)
# Output: foot of mercury, conventional (ftHg) 12

NISTftOfWaterTOpascal<-function(ftOfWater) ftOfWater * 2988.98
# Input: foot of water (39.2 F) 12
# Output: pascal (Pa)

NISTpascalTOftOfWater<-function(pascal) pascal / 2988.98
# Input: pascal (Pa)
# Output: foot of water (39.2 F) 12

NISTftOfWaterTOkpascal<-function(ftOfWater) ftOfWater * 2.98898
# Input: foot of water (39.2 F) 12
# Output: kilopascal (kPa)

NISTkpascalTOftOfWater<-function(kpascal) kpascal / 2.98898
# Input: kilopascal (kPa)
# Output: foot of water (39.2 F) 12

NISTftOfWaterConvtnlTOpascal<-function(ftOfWaterConvtnl) ftOfWaterConvtnl * 2989.067
# Input: foot of water, conventional (ftH2O) 12
# Output: pascal (Pa)

NISTpascalTOftOfWaterConvtnl<-function(pascal) pascal / 2989.067
# Input: pascal (Pa)
# Output: foot of water, conventional (ftH2O) 12

NISTftOfWaterConvtnlTOkpascal<-function(ftOfWaterConvtnl) ftOfWaterConvtnl * 2.989067
# Input: foot of water, conventional (ftH2O) 12
# Output: kilopascal (kPa)

NISTkpascalTOftOfWaterConvtnl<-function(kpascal) kpascal / 2.989067
# Input: kilopascal (kPa)
# Output: foot of water, conventional (ftH2O) 12

NISTftPerHourTOmeterPerSec<-function(ftPerHour) ftPerHour * 8.466667e-05
# Input: foot per hour (ft/h)
# Output: meter per second (m/s)

NISTmeterPerSecTOftPerHour<-function(meterPerSec) meterPerSec / 8.466667e-05
# Input: meter per second (m/s)
# Output: foot per hour (ft/h)

NISTftPerMinTOmeterPerSec<-function(ftPerMin) ftPerMin * 0.00508
# Input: foot per minute (ft/min)
# Output: meter per second (m/s)

NISTmeterPerSecTOftPerMin<-function(meterPerSec) meterPerSec / 0.00508
# Input: meter per second (m/s)
# Output: foot per minute (ft/min)

NISTftPerSecTOmeterPerSec<-function(ftPerSec) ftPerSec * 0.3048
# Input: foot per second (ft/s)
# Output: meter per second (m/s)

NISTmeterPerSecTOftPerSec<-function(meterPerSec) meterPerSec / 0.3048
# Input: meter per second (m/s)
# Output: foot per second (ft/s)

NISTftPerSecSqrdTOmeterPerSecSqrd<-function(ftPerSecSqrd) ftPerSecSqrd * 0.3048
# Input: foot per second squared (ft/s2)
# Output: meter per second squared (m/s2)

NISTmeterPerSecSqrdTOftPerSecSqrd<-function(meterPerSecSqrd) meterPerSecSqrd / 0.3048
# Input: meter per second squared (m/s2)
# Output: foot per second squared (ft/s2)

NISTftPoundalTOjoule<-function(ftPoundal) ftPoundal * 0.04214011
# Input: foot poundal
# Output: joule (J)

NISTjouleTOftPoundal<-function(joule) joule / 0.04214011
# Input: joule (J)
# Output: foot poundal

NISTftPoundForceTOjoule<-function(ftPoundForce) ftPoundForce * 1.355818
# Input: foot pound-force (ft * lbf)
# Output: joule (J)

NISTjouleTOftPoundForce<-function(joule) joule / 1.355818
# Input: joule (J)
# Output: foot pound-force (ft * lbf)

NISTftPoundForcePerHourTOwatt<-function(ftPoundForcePerHour) ftPoundForcePerHour * 0.0003766161
# Input: foot pound-force per hour (ft * lbf/h)
# Output: watt (W)

NISTwattTOftPoundForcePerHour<-function(watt) watt / 0.0003766161
# Input: watt (W)
# Output: foot pound-force per hour (ft * lbf/h)

NISTftPoundForcePerMinTOwatt<-function(ftPoundForcePerMin) ftPoundForcePerMin * 0.02259697
# Input: foot pound-force per minute (ft * lbf/min)
# Output: watt (W)

NISTwattTOftPoundForcePerMin<-function(watt) watt / 0.02259697
# Input: watt (W)
# Output: foot pound-force per minute (ft * lbf/min)

NISTftPoundForcePerSecTOwatt<-function(ftPoundForcePerSec) ftPoundForcePerSec * 1.355818
# Input: foot pound-force per second (ft * lbf/s)
# Output: watt (W)

NISTwattTOftPoundForcePerSec<-function(watt) watt / 1.355818
# Input: watt (W)
# Output: foot pound-force per second (ft * lbf/s)

NISTft4thPowerTOmeter4thPower<-function(ft4thPower) ft4thPower * 0.008630975
# Input: foot to the fourth power (ft4) 16
# Output: meter to the fourth power (m4)

NISTmeter4thPowerTOft4thPower<-function(meter4thPower) meter4thPower / 0.008630975
# Input: meter to the fourth power (m4)
# Output: foot to the fourth power (ft4) 16

NISTfranklinTOcoulomb<-function(franklin) franklin * 3.335641e-10
# Input: franklin (Fr)
# Output: coulomb (C)

NISTcoulombTOfranklin<-function(coulomb) coulomb / 3.335641e-10
# Input: coulomb (C)
# Output: franklin (Fr)

NISTgalTOmeterPerSecSqrd<-function(gal) gal * 0.01
# Input: gal (Gal)
# Output: meter per second squared (m/s2)

NISTmeterPerSecSqrdTOgal<-function(meterPerSecSqrd) meterPerSecSqrd / 0.01
# Input: meter per second squared (m/s2)
# Output: gal (Gal)

NISTgallonImperialTOcubMeter<-function(gallonImperial) gallonImperial * 0.00454609
# Input: gallon [Canadian and U.K. (Imperial)] (gal)
# Output: cubic meter (m3)

NISTcubMeterTOgallonImperial<-function(cubMeter) cubMeter / 0.00454609
# Input: cubic meter (m3)
# Output: gallon [Canadian and U.K. (Imperial)] (gal)

NISTgallonImperialTOliter<-function(gallonImperial) gallonImperial * 4.54609
# Input: gallon [Canadian and U.K. (Imperial)] (gal)
# Output: liter (L)

NISTliterTOgallonImperial<-function(liter) liter / 4.54609
# Input: liter (L)
# Output: gallon [Canadian and U.K. (Imperial)] (gal)

NISTgallonTOcubMeter<-function(gallon) gallon * 0.003785412
# Input: gallon (U.S.) (gal)
# Output: cubic meter (m3)

NISTcubMeterTOgallon<-function(cubMeter) cubMeter / 0.003785412
# Input: cubic meter (m3)
# Output: gallon (U.S.) (gal)

NISTgallonTOliter<-function(gallon) gallon * 3.785412
# Input: gallon (U.S.) (gal)
# Output: liter (L)

NISTliterTOgallon<-function(liter) liter / 3.785412
# Input: liter (L)
# Output: gallon (U.S.) (gal)

NISTgallonPerDayTOcubMeterPerSec<-function(gallonPerDay) gallonPerDay * 4.381264e-08
# Input: gallon (U.S.) per day (gal/d)
# Output: cubic meter per second (m3/s)

NISTcubMeterPerSecTOgallonPerDay<-function(cubMeterPerSec) cubMeterPerSec / 4.381264e-08
# Input: cubic meter per second (m3/s)
# Output: gallon (U.S.) per day (gal/d)

NISTgallonPerDayTOliterPerSec<-function(gallonPerDay) gallonPerDay * 4.381264e-05
# Input: gallon (U.S.) per day (gal/d)
# Output: liter per second (L/s)

NISTliterPerSecTOgallonPerDay<-function(literPerSec) literPerSec / 4.381264e-05
# Input: liter per second (L/s)
# Output: gallon (U.S.) per day (gal/d)

NISTgallonPerHorsepowerHourTOcubMeterPerJoule<-function(gallonPerHorsepowerHour) gallonPerHorsepowerHour * 1.410089e-09
# Input: gallon (U.S.) per horsepower hour [gal/(hp * h)]
# Output: cubic meter per joule (m3/J)

NISTcubMeterPerJouleTOgallonPerHorsepowerHour<-function(cubMeterPerJoule) cubMeterPerJoule / 1.410089e-09
# Input: cubic meter per joule (m3/J)
# Output: gallon (U.S.) per horsepower hour [gal/(hp * h)]

NISTgallonPerHorsepowerHourTOliterPerJoule<-function(gallonPerHorsepowerHour) gallonPerHorsepowerHour * 1.410089e-06
# Input: gallon (U.S.) per horsepower hour [gal/(hp * h)]
# Output: liter per joule (L/J)

NISTliterPerJouleTOgallonPerHorsepowerHour<-function(literPerJoule) literPerJoule / 1.410089e-06
# Input: liter per joule (L/J)
# Output: gallon (U.S.) per horsepower hour [gal/(hp * h)]

NISTgallonPerMinTOcubMeterPerSec<-function(gallonPerMin) gallonPerMin * 6.30902e-05
# Input: gallon (U.S.) per minute (gpm) (gal/min)
# Output: cubic meter per second (m3/s)

NISTcubMeterPerSecTOgallonPerMin<-function(cubMeterPerSec) cubMeterPerSec / 6.30902e-05
# Input: cubic meter per second (m3/s)
# Output: gallon (U.S.) per minute (gpm) (gal/min)

NISTgallonPerMinTOliterPerSec<-function(gallonPerMin) gallonPerMin * 0.0630902
# Input: gallon (U.S.) per minute (gpm) (gal/min)
# Output: liter per second (L/s)

NISTliterPerSecTOgallonPerMin<-function(literPerSec) literPerSec / 0.0630902
# Input: liter per second (L/s)
# Output: gallon (U.S.) per minute (gpm) (gal/min)

NISTgammaTOtesla<-function(gamma) gamma * 1e-09
# Input: gamma (y)
# Output: tesla (T)

NISTteslaTOgamma<-function(tesla) tesla / 1e-09
# Input: tesla (T)
# Output: gamma (y)

NISTgaussTOtesla<-function(gauss) gauss * 1e-04
# Input: gauss (Gs, G)
# Output: tesla (T)

NISTteslaTOgauss<-function(tesla) tesla / 1e-04
# Input: tesla (T)
# Output: gauss (Gs, G)

NISTgilbertTOampere<-function(gilbert) gilbert * 0.7957747
# Input: gilbert (Gi)
# Output: ampere (A)

NISTampereTOgilbert<-function(ampere) ampere / 0.7957747
# Input: ampere (A)
# Output: gilbert (Gi)

NISTgillImperialTOcubMeter<-function(gillImperial) gillImperial * 0.0001420653
# Input: gill [Canadian and U.K. (Imperial)] (gi)
# Output: cubic meter (m3)

NISTcubMeterTOgillImperial<-function(cubMeter) cubMeter / 0.0001420653
# Input: cubic meter (m3)
# Output: gill [Canadian and U.K. (Imperial)] (gi)

NISTgillImperialTOliter<-function(gillImperial) gillImperial * 0.1420653
# Input: gill [Canadian and U.K. (Imperial)] (gi)
# Output: liter (L)

NISTliterTOgillImperial<-function(liter) liter / 0.1420653
# Input: liter (L)
# Output: gill [Canadian and U.K. (Imperial)] (gi)

NISTgillTOcubMeter<-function(gill) gill * 0.0001182941
# Input: gill (U.S.) (gi)
# Output: cubic meter (m3)

NISTcubMeterTOgill<-function(cubMeter) cubMeter / 0.0001182941
# Input: cubic meter (m3)
# Output: gill (U.S.) (gi)

NISTgillTOliter<-function(gill) gill * 0.1182941
# Input: gill (U.S.) (gi)
# Output: liter (L)

NISTliterTOgill<-function(liter) liter / 0.1182941
# Input: liter (L)
# Output: gill (U.S.) (gi)

NISTgonTOradian<-function(gon) gon * 0.01570796
# Input: gon (also called grade) (gon)
# Output: radian (rad)

NISTradianTOgon<-function(radian) radian / 0.01570796
# Input: radian (rad)
# Output: gon (also called grade) (gon)

NISTgonTOdeg<-function(gon) gon * 0.9
# Input: gon (also called grade) (gon)
# Output: degree (angle) ()

NISTdegTOgon<-function(deg) deg / 0.9
# Input: degree (angle) ()
# Output: gon (also called grade) (gon)

NISTgrainTOkg<-function(grain) grain * 6.479891e-05
# Input: grain (gr)
# Output: kilogram (kg)

NISTkgTOgrain<-function(kg) kg / 6.479891e-05
# Input: kilogram (kg)
# Output: grain (gr)

NISTgrainTOmilligram<-function(grain) grain * 64.79891
# Input: grain (gr)
# Output: milligram (mg)

NISTmilligramTOgrain<-function(milligram) milligram / 64.79891
# Input: milligram (mg)
# Output: grain (gr)

NISTgrainPerGallonTOkgPerCubMeter<-function(grainPerGallon) grainPerGallon * 0.01711806
# Input: grain per gallon (U.S.) (gr/gal)
# Output: kilogram per cubic meter (kg/m3)

NISTkgPerCubMeterTOgrainPerGallon<-function(kgPerCubMeter) kgPerCubMeter / 0.01711806
# Input: kilogram per cubic meter (kg/m3)
# Output: grain per gallon (U.S.) (gr/gal)

NISTgrainPerGallonTOmilligramPerLiter<-function(grainPerGallon) grainPerGallon * 17.11806
# Input: grain per gallon (U.S.) (gr/gal)
# Output: milligram per liter (mg/L)

NISTmilligramPerLiterTOgrainPerGallon<-function(milligramPerLiter) milligramPerLiter / 17.11806
# Input: milligram per liter (mg/L)
# Output: grain per gallon (U.S.) (gr/gal)

NISTgramForcePerSqrCmTOpascal<-function(gramForcePerSqrCm) gramForcePerSqrCm * 98.0665
# Input: gram-force per square centimeter (gf/cm2)
# Output: pascal (Pa)

NISTpascalTOgramForcePerSqrCm<-function(pascal) pascal / 98.0665
# Input: pascal (Pa)
# Output: gram-force per square centimeter (gf/cm2)

NISTgramPerCubCmTOkgPerCubMeter<-function(gramPerCubCm) gramPerCubCm * 1000
# Input: gram per cubic centimeter (g/cm3)
# Output: kilogram per cubic meter (kg/m3)

NISTkgPerCubMeterTOgramPerCubCm<-function(kgPerCubMeter) kgPerCubMeter / 1000
# Input: kilogram per cubic meter (kg/m3)
# Output: gram per cubic centimeter (g/cm3)

NISThectareTOsqrMeter<-function(hectare) hectare * 10000
# Input: hectare (ha)
# Output: square meter (m2)

NISTsqrMeterTOhectare<-function(sqrMeter) sqrMeter / 10000
# Input: square meter (m2)
# Output: hectare (ha)

NISThorsepowerTOwatt<-function(horsepower) horsepower * 745.6999
# Input: horsepower (550 ft * lbf/s) (hp)
# Output: watt (W)

NISTwattTOhorsepower<-function(watt) watt / 745.6999
# Input: watt (W)
# Output: horsepower (550 ft * lbf/s) (hp)

NISThorsepowerBoilerTOwatt<-function(horsepowerBoiler) horsepowerBoiler * 9809.5
# Input: horsepower (boiler)
# Output: watt (W)

NISTwattTOhorsepowerBoiler<-function(watt) watt / 9809.5
# Input: watt (W)
# Output: horsepower (boiler)

NISThorsepowerElectricTOwatt<-function(horsepowerElectric) horsepowerElectric * 746
# Input: horsepower (electric)
# Output: watt (W)

NISTwattTOhorsepowerElectric<-function(watt) watt / 746
# Input: watt (W)
# Output: horsepower (electric)

NISThorsepowerSItOwatt<-function(horsepowerSI) horsepowerSI * 735.4988
# Input: horsepower (metric)
# Output: watt (W)

NISTwattTOhorsepowerSI<-function(watt) watt / 735.4988
# Input: watt (W)
# Output: horsepower (metric)

NISThorsepowerImperialTOwatt<-function(horsepowerImperial) horsepowerImperial * 745.7
# Input: horsepower (U.K.)
# Output: watt (W)

NISTwattTOhorsepowerImperial<-function(watt) watt / 745.7
# Input: watt (W)
# Output: horsepower (U.K.)

NISThorsepowerWaterTOwatt<-function(horsepowerWater) horsepowerWater * 746.043
# Input: horsepower (water)
# Output: watt (W)

NISTwattTOhorsepowerWater<-function(watt) watt / 746.043
# Input: watt (W)
# Output: horsepower (water)

NISThourTOsec<-function(hour) hour * 3600
# Input: hour (h)
# Output: second (s)

NISTsecTOhour<-function(sec) sec / 3600
# Input: second (s)
# Output: hour (h)

NISThourSiderealTOsec<-function(hourSidereal) hourSidereal * 3590.17
# Input: hour (sidereal)
# Output: second (s)

NISTsecTOhourSidereal<-function(sec) sec / 3590.17
# Input: second (s)
# Output: hour (sidereal)

NISThundredweightLongTOkg<-function(hundredweightLong) hundredweightLong * 50.80235
# Input: hundredweight (long, 112 lb)
# Output: kilogram (kg)

NISTkgTOhundredweightLong<-function(kg) kg / 50.80235
# Input: kilogram (kg)
# Output: hundredweight (long, 112 lb)

NISThundredweightShortTOkg<-function(hundredweightShort) hundredweightShort * 45.35924
# Input: hundredweight (short, 100 lb)
# Output: kilogram (kg)

NISTkgTOhundredweightShort<-function(kg) kg / 45.35924
# Input: kilogram (kg)
# Output: hundredweight (short, 100 lb)

NISTinchTOmeter<-function(inch) inch * 0.0254
# Input: inch (in)
# Output: meter (m)

NISTmeterTOinch<-function(meter) meter / 0.0254
# Input: meter (m)
# Output: inch (in)

NISTinchTOcm<-function(inch) inch * 2.54
# Input: inch (in)
# Output: centimeter (cm)

NISTcmTOinch<-function(cm) cm / 2.54
# Input: centimeter (cm)
# Output: inch (in)

NISTinchOfMercury32FtOpascal<-function(inchOfMercury32F) inchOfMercury32F * 3386.38
# Input: inch of mercury (32 F) 12
# Output: pascal (Pa)

NISTpascalTOinchOfMercury32F<-function(pascal) pascal / 3386.38
# Input: pascal (Pa)
# Output: inch of mercury (32 F) 12

NISTinchOfMercury32FtOkpascal<-function(inchOfMercury32F) inchOfMercury32F * 3.38638
# Input: inch of mercury (32 F) 12
# Output: kilopascal (kPa)

NISTkpascalTOinchOfMercury32F<-function(kpascal) kpascal / 3.38638
# Input: kilopascal (kPa)
# Output: inch of mercury (32 F) 12

NISTinchOfMercury60FtOpascal<-function(inchOfMercury60F) inchOfMercury60F * 3376.85
# Input: inch of mercury (60 F) 12
# Output: pascal (Pa)

NISTpascalTOinchOfMercury60F<-function(pascal) pascal / 3376.85
# Input: pascal (Pa)
# Output: inch of mercury (60 F) 12

NISTinchOfMercury60FtOkpascal<-function(inchOfMercury60F) inchOfMercury60F * 3.37685
# Input: inch of mercury (60 F) 12
# Output: kilopascal (kPa)

NISTkpascalTOinchOfMercury60F<-function(kpascal) kpascal / 3.37685
# Input: kilopascal (kPa)
# Output: inch of mercury (60 F) 12

NISTinchOfMercuryConvtnlTOpascal<-function(inchOfMercuryConvtnl) inchOfMercuryConvtnl * 3386.389
# Input: inch of mercury, conventional (inHg) 12
# Output: pascal (Pa)

NISTpascalTOinchOfMercuryConvtnl<-function(pascal) pascal / 3386.389
# Input: pascal (Pa)
# Output: inch of mercury, conventional (inHg) 12

NISTinchOfMercuryConvtnlTOkpascal<-function(inchOfMercuryConvtnl) inchOfMercuryConvtnl * 3.386389
# Input: inch of mercury, conventional (inHg) 12
# Output: kilopascal (kPa)

NISTkpascalTOinchOfMercuryConvtnl<-function(kpascal) kpascal / 3.386389
# Input: kilopascal (kPa)
# Output: inch of mercury, conventional (inHg) 12

NISTinchOfWater39.2FtOpascal<-function(inchOfWater39.2F) inchOfWater39.2F * 249.082
# Input: inch of water (39.2 F) 12
# Output: pascal (Pa)

NISTpascalTOinchOfWater39.2F<-function(pascal) pascal / 249.082
# Input: pascal (Pa)
# Output: inch of water (39.2 F) 12

NISTinchOfWater60FtOpascal<-function(inchOfWater60F) inchOfWater60F * 248.84
# Input: inch of water (60 F) 12
# Output: pascal (Pa)

NISTpascalTOinchOfWater60F<-function(pascal) pascal / 248.84
# Input: pascal (Pa)
# Output: inch of water (60 F) 12

NISTinchOfWaterConvtnlTOpascal<-function(inchOfWaterConvtnl) inchOfWaterConvtnl * 249.0889
# Input: inch of water, conventional (inH2O) 12
# Output: pascal (Pa)

NISTpascalTOinchOfWaterConvtnl<-function(pascal) pascal / 249.0889
# Input: pascal (Pa)
# Output: inch of water, conventional (inH2O) 12

NISTinchPerSecTOmeterPerSec<-function(inchPerSec) inchPerSec * 0.0254
# Input: inch per second (in/s)
# Output: meter per second (m/s)

NISTmeterPerSecTOinchPerSec<-function(meterPerSec) meterPerSec / 0.0254
# Input: meter per second (m/s)
# Output: inch per second (in/s)

NISTinchPerSecSqrdTOmeterPerSecSqrd<-function(inchPerSecSqrd) inchPerSecSqrd * 0.0254
# Input: inch per second squared (in/s2)
# Output: meter per second squared (m/s2)

NISTmeterPerSecSqrdTOinchPerSecSqrd<-function(meterPerSecSqrd) meterPerSecSqrd / 0.0254
# Input: meter per second squared (m/s2)
# Output: inch per second squared (in/s2)

NISTinch4thPowerTOmeter4thPower<-function(inch4thPower) inch4thPower * 4.162314e-07
# Input: inch to the fourth power (in4) 16
# Output: meter to the fourth power (m4)

NISTmeter4thPowerTOinch4thPower<-function(meter4thPower) meter4thPower / 4.162314e-07
# Input: meter to the fourth power (m4)
# Output: inch to the fourth power (in4) 16

NISTkayserTOreciprocalMeter<-function(kayser) kayser * 100
# Input: kayser (K)
# Output: reciprocal meter (m-1)

NISTreciprocalMeterTOkayser<-function(reciprocalMeter) reciprocalMeter / 100
# Input: reciprocal meter (m-1)
# Output: kayser (K)



NISTkilocalITtOjoule<-function(kilocalIT) kilocalIT * 4186.8
# Input: kilocalorieIT (kcalIT)
# Output: joule (J)

NISTjouleTOkilocalIT<-function(joule) joule / 4186.8
# Input: joule (J)
# Output: kilocalorieIT (kcalIT)

NISTkilocalthTOjoule<-function(kilocalth) kilocalth * 4184
# Input: kilocalorieth (kcalth)
# Output: joule (J)

NISTjouleTOkilocalth<-function(joule) joule / 4184
# Input: joule (J)
# Output: kilocalorieth (kcalth)

NISTkilocalTOjoule<-function(kilocal) kilocal * 4190.02
# Input: kilocalorie (mean) (kcal)
# Output: joule (J)

NISTjouleTOkilocal<-function(joule) joule / 4190.02
# Input: joule (J)
# Output: kilocalorie (mean) (kcal)

NISTkilocalthPerMinTOwatt<-function(kilocalthPerMin) kilocalthPerMin * 69.73333
# Input: kilocalorieth per minute (kcalth/min)
# Output: watt (W)

NISTwattTOkilocalthPerMin<-function(watt) watt / 69.73333
# Input: watt (W)
# Output: kilocalorieth per minute (kcalth/min)

NISTkilocalthPerSecTOwatt<-function(kilocalthPerSec) kilocalthPerSec * 4184
# Input: kilocalorieth per second (kcalth/s)
# Output: watt (W)

NISTwattTOkilocalthPerSec<-function(watt) watt / 4184
# Input: watt (W)
# Output: kilocalorieth per second (kcalth/s)

NISTkgForceTOnewton<-function(kgForce) kgForce * 9.80665
# Input: kilogram-force (kgf)
# Output: newton (N)

NISTnewtonTOkgForce<-function(newton) newton / 9.80665
# Input: newton (N)
# Output: kilogram-force (kgf)

NISTkgForceMeterTOnewtonMeter<-function(kgForceMeter) kgForceMeter * 9.80665
# Input: kilogram-force meter (kgf * m)
# Output: newton meter (N * m)

NISTnewtonMeterTOkgForceMeter<-function(newtonMeter) newtonMeter / 9.80665
# Input: newton meter (N * m)
# Output: kilogram-force meter (kgf * m)

NISTkgForcePerSqrCmTOpascal<-function(kgForcePerSqrCm) kgForcePerSqrCm * 98066.5
# Input: kilogram-force per square centimeter (kgf/cm2)
# Output: pascal (Pa)

NISTpascalTOkgForcePerSqrCm<-function(pascal) pascal / 98066.5
# Input: pascal (Pa)
# Output: kilogram-force per square centimeter (kgf/cm2)

NISTkgForcePerSqrCmTOkpascal<-function(kgForcePerSqrCm) kgForcePerSqrCm * 98.0665
# Input: kilogram-force per square centimeter (kgf/cm2)
# Output: kilopascal (kPa)

NISTkpascalTOkgForcePerSqrCm<-function(kpascal) kpascal / 98.0665
# Input: kilopascal (kPa)
# Output: kilogram-force per square centimeter (kgf/cm2)

NISTkgForcePerSqrMeterTOpascal<-function(kgForcePerSqrMeter) kgForcePerSqrMeter * 9.80665
# Input: kilogram-force per square meter (kgf/m2)
# Output: pascal (Pa)

NISTpascalTOkgForcePerSqrMeter<-function(pascal) pascal / 9.80665
# Input: pascal (Pa)
# Output: kilogram-force per square meter (kgf/m2)

NISTkgForcePerSqrMillimeterTOpascal<-function(kgForcePerSqrMillimeter) kgForcePerSqrMillimeter * 9806650
# Input: kilogram-force per square millimeter (kgf/mm2)
# Output: pascal (Pa)

NISTpascalTOkgForcePerSqrMillimeter<-function(pascal) pascal / 9806650
# Input: pascal (Pa)
# Output: kilogram-force per square millimeter (kgf/mm2)

NISTkgForcePerSqrMillimeterTOmpascal<-function(kgForcePerSqrMillimeter) kgForcePerSqrMillimeter * 9.80665
# Input: kilogram-force per square millimeter (kgf/mm2)
# Output: megapascal (MPa)

NISTmpascalTOkgForcePerSqrMillimeter<-function(mpascal) mpascal / 9.80665
# Input: megapascal (MPa)
# Output: kilogram-force per square millimeter (kgf/mm2)

NISTkgForceSecSqrdPerMeterTOkg<-function(kgForceSecSqrdPerMeter) kgForceSecSqrdPerMeter * 9.80665
# Input: kilogram-force second squared per meter (kgf * s2/m)
# Output: kilogram (kg)

NISTkgTOkgForceSecSqrdPerMeter<-function(kg) kg / 9.80665
# Input: kilogram (kg)
# Output: kilogram-force second squared per meter (kgf * s2/m)

NISTkmPerHourTOmeterPerSec<-function(kmPerHour) kmPerHour * 0.2777778
# Input: kilometer per hour (km/h)
# Output: meter per second (m/s)

NISTmeterPerSecTOkmPerHour<-function(meterPerSec) meterPerSec / 0.2777778
# Input: meter per second (m/s)
# Output: kilometer per hour (km/h)

NISTkilopondTOnewton<-function(kilopond) kilopond * 9.80665
# Input: kilopond (kilogram-force) (kp)
# Output: newton (N)

NISTnewtonTOkilopond<-function(newton) newton / 9.80665
# Input: newton (N)
# Output: kilopond (kilogram-force) (kp)

NISTkilowattHourTOjoule<-function(kilowattHour) kilowattHour * 3600000
# Input: kilowatt hour (kW * h)
# Output: joule (J)

NISTjouleTOkilowattHour<-function(joule) joule / 3600000
# Input: joule (J)
# Output: kilowatt hour (kW * h)

NISTkilowattHourTOmegajoule<-function(kilowattHour) kilowattHour * 3.6
# Input: kilowatt hour (kW * h)
# Output: megajoule (MJ)

NISTmegajouleTOkilowattHour<-function(megajoule) megajoule / 3.6
# Input: megajoule (MJ)
# Output: kilowatt hour (kW * h)

NISTkipTOnewton<-function(kip) kip * 4448.222
# Input: kip (1 kip= 1000 lbf)
# Output: newton (N)

NISTnewtonTOkip<-function(newton) newton / 4448.222
# Input: newton (N)
# Output: kip (1 kip= 1000 lbf)

NISTkipTOkilonewton<-function(kip) kip * 4.448222
# Input: kip (1 kip= 1000 lbf)
# Output: kilonewton (kN)

NISTkilonewtonTOkip<-function(kilonewton) kilonewton / 4.448222
# Input: kilonewton (kN)
# Output: kip (1 kip= 1000 lbf)

NISTkipPerSqrInchTOpascal<-function(kipPerSqrInch) kipPerSqrInch * 6894757
# Input: kip per square inch (ksi) (kip/in2)
# Output: pascal (Pa)

NISTpascalTOkipPerSqrInch<-function(pascal) pascal / 6894757
# Input: pascal (Pa)
# Output: kip per square inch (ksi) (kip/in2)

NISTkipPerSqrInchTOkpascal<-function(kipPerSqrInch) kipPerSqrInch * 6894.757
# Input: kip per square inch (ksi) (kip/in2)
# Output: kilopascal (kPa)

NISTkpascalTOkipPerSqrInch<-function(kpascal) kpascal / 6894.757
# Input: kilopascal (kPa)
# Output: kip per square inch (ksi) (kip/in2)

NISTknotTOmeterPerSec<-function(knot) knot * 0.5144444
# Input: knot (nautical mile per hour)
# Output: meter per second (m/s)

NISTmeterPerSecTOknot<-function(meterPerSec) meterPerSec / 0.5144444
# Input: meter per second (m/s)
# Output: knot (nautical mile per hour)

NISTlambertTOcandelaPerSqrMeter<-function(lambert) lambert * 3183.099
# Input: lambert 17
# Output: candela per square meter (cd/m2)

NISTcandelaPerSqrMeterTOlambert<-function(candelaPerSqrMeter) candelaPerSqrMeter / 3183.099
# Input: candela per square meter (cd/m2)
# Output: lambert 17

NISTlangleyTOjoulePerSqrMeter<-function(langley) langley * 41840
# Input: langley (calth/cm2)
# Output: joule per square meter (J/m2)

NISTjoulePerSqrMeterTOlangley<-function(joulePerSqrMeter) joulePerSqrMeter / 41840
# Input: joule per square meter (J/m2)
# Output: langley (calth/cm2)

NISTlightYearTOmeter<-function(lightYear) lightYear * 9.46073e+15
# Input: light year (l.y.) 18
# Output: meter (m)

NISTmeterTOlightYear<-function(meter) meter / 9.46073e+15
# Input: meter (m)
# Output: light year (l.y.) 18

NISTliterTOcubMeter<-function(liter) liter * 0.001
# Input: liter (L) 19
# Output: cubic meter (m3)

NISTcubMeterTOliter<-function(cubMeter) cubMeter / 0.001
# Input: cubic meter (m3)
# Output: liter (L) 19

NISTlumenPerSqrFtTOlux<-function(lumenPerSqrFt) lumenPerSqrFt * 10.76391
# Input: lumen per square foot (lm/ft2)
# Output: lux (lx)

NISTluxTOlumenPerSqrFt<-function(lux) lux / 10.76391
# Input: lux (lx)
# Output: lumen per square foot (lm/ft2)

NISTmaxwellTOweber<-function(maxwell) maxwell * 1e-08
# Input: maxwell (Mx)
# Output: weber (Wb)

NISTweberTOmaxwell<-function(weber) weber / 1e-08
# Input: weber (Wb)
# Output: maxwell (Mx)

NISTmhoTOsiemens<-function(mho) mho * 1
# Input: mho
# Output: siemens (S)

NISTsiemensTOmho<-function(siemens) siemens / 1
# Input: siemens (S)
# Output: mho

NISTmicroinchTOmeter<-function(microinch) microinch * 2.54e-08
# Input: microinch
# Output: meter (m)

NISTmeterTOmicroinch<-function(meter) meter / 2.54e-08
# Input: meter (m)
# Output: microinch

NISTmicroinchTOmicrometer<-function(microinch) microinch * 0.0254
# Input: microinch
# Output: micrometer (um)

NISTmicrometerTOmicroinch<-function(micrometer) micrometer / 0.0254
# Input: micrometer (um)
# Output: microinch

NISTmicronTOmeter<-function(micron) micron * 1e-06
# Input: micron (u)
# Output: meter (m)

NISTmeterTOmicron<-function(meter) meter / 1e-06
# Input: meter (m)
# Output: micron (u)

NISTmicronTOmicrometer<-function(micron) micron * 1
# Input: micron (u)
# Output: micrometer (um)

NISTmicrometerTOmicron<-function(micrometer) micrometer / 1
# Input: micrometer (um)
# Output: micron (u)

NISTmilTOmeter<-function(mil) mil * 2.54e-05
# Input: mil (0.001 in)
# Output: meter (m)

NISTmeterTOmil<-function(meter) meter / 2.54e-05
# Input: meter (m)
# Output: mil (0.001 in)

NISTmilTOmillimeter<-function(mil) mil * 0.0254
# Input: mil (0.001 in)
# Output: millimeter (mm)

NISTmillimeterTOmil<-function(millimeter) millimeter / 0.0254
# Input: millimeter (mm)
# Output: mil (0.001 in)

NISTmilTOradian<-function(mil) mil * 0.0009817477
# Input: mil (angle)
# Output: radian (rad)

NISTradianTOmil<-function(radian) radian / 0.0009817477
# Input: radian (rad)
# Output: mil (angle)

NISTmilTOdeg<-function(mil) mil * 0.05625
# Input: mil (angle)
# Output: degree ()

NISTdegTOmil<-function(deg) deg / 0.05625
# Input: degree ()
# Output: mil (angle)

NISTmileTOmeter<-function(mile) mile * 1609.344
# Input: mile (mi)
# Output: meter (m)

NISTmeterTOmile<-function(meter) meter / 1609.344
# Input: meter (m)
# Output: mile (mi)

NISTmileTOkm<-function(mile) mile * 1.609344
# Input: mile (mi)
# Output: kilometer (km)

NISTkmTOmile<-function(km) km / 1.609344
# Input: kilometer (km)
# Output: mile (mi)

NISTmileUSsurveyTOmeter<-function(mileUSsurvey) mileUSsurvey * 1609.347
# Input: mile (based on U.S. survey foot) (mi) 7
# Output: meter (m)

NISTmeterTOmileUSsurvey<-function(meter) meter / 1609.347
# Input: meter (m)
# Output: mile (based on U.S. survey foot) (mi) 7

NISTmileUSsurveyTOkm<-function(mileUSsurvey) mileUSsurvey * 1.609347
# Input: mile (based on U.S. survey foot) (mi) 7
# Output: kilometer (km)

NISTkmTOmileUSsurvey<-function(km) km / 1.609347
# Input: kilometer (km)
# Output: mile (based on U.S. survey foot) (mi) 7

NISTmileNauticalTOmeter<-function(mileNautical) mileNautical * 1852
# Input: mile, nautical 20
# Output: meter (m)

NISTmeterTOmileNautical<-function(meter) meter / 1852
# Input: meter (m)
# Output: mile, nautical 20

NISTmilePerGallonTOmeterPerCubMeter<-function(milePerGallon) milePerGallon * 425143.7
# Input: mile per gallon (U.S.) (mpg) (mi/gal)
# Output: meter per cubic meter (m/m3)

NISTmeterPerCubMeterTOmilePerGallon<-function(meterPerCubMeter) meterPerCubMeter / 425143.7
# Input: meter per cubic meter (m/m3)
# Output: mile per gallon (U.S.) (mpg) (mi/gal)

NISTmilePerGallonTOkmPerLiter<-function(milePerGallon) milePerGallon * 0.4251437
# Input: mile per gallon (U.S.) (mpg) (mi/gal)
# Output: kilometer per liter (km/L)

NISTkmPerLiterTOmilePerGallon<-function(kmPerLiter) kmPerLiter / 0.4251437
# Input: kilometer per liter (km/L)
# Output: mile per gallon (U.S.) (mpg) (mi/gal)

NISTmilePerGallonTOliterPer100Km<-function(milePerGallon) 235.215 / milePerGallon
# Input: mile per gallon (U.S.) (mpg) (mi/gal) 21
# Output: liter per 100 kilometer (L/100 km)

NISTliterPer100KmTOmilePerGallon<-function(literPer100Km) 235.215 / literPer100Km
# Input: liter per 100 kilometer (L/100 km)
# Output: mile per gallon (U.S.) (mpg) (mi/gal) 21

NISTmilePerHourTOmeterPerSec<-function(milePerHour) milePerHour * 0.44704
# Input: mile per hour (mi/h)
# Output: meter per second (m/s)

NISTmeterPerSecTOmilePerHour<-function(meterPerSec) meterPerSec / 0.44704
# Input: meter per second (m/s)
# Output: mile per hour (mi/h)

NISTmilePerHourTOkmPerHour<-function(milePerHour) milePerHour * 1.609344
# Input: mile per hour (mi/h)
# Output: kilometer per hour (km/h)

NISTkmPerHourTOmilePerHour<-function(kmPerHour) kmPerHour / 1.609344
# Input: kilometer per hour (km/h)
# Output: mile per hour (mi/h)

NISTmilePerMinTOmeterPerSec<-function(milePerMin) milePerMin * 26.8224
# Input: mile per minute (mi/min)
# Output: meter per second (m/s)

NISTmeterPerSecTOmilePerMin<-function(meterPerSec) meterPerSec / 26.8224
# Input: meter per second (m/s)
# Output: mile per minute (mi/min)

NISTmilePerSecTOmeterPerSec<-function(milePerSec) milePerSec * 1609.344
# Input: mile per second (mi/s)
# Output: meter per second (m/s)

NISTmeterPerSecTOmilePerSec<-function(meterPerSec) meterPerSec / 1609.344
# Input: meter per second (m/s)
# Output: mile per second (mi/s)

NISTmillibarTOpascal<-function(millibar) millibar * 100
# Input: millibar (mbar)
# Output: pascal (Pa)

NISTpascalTOmillibar<-function(pascal) pascal / 100
# Input: pascal (Pa)
# Output: millibar (mbar)

NISTmillibarTOkpascal<-function(millibar) millibar * 0.1
# Input: millibar (mbar)
# Output: kilopascal (kPa)

NISTkpascalTOmillibar<-function(kpascal) kpascal / 0.1
# Input: kilopascal (kPa)
# Output: millibar (mbar)

NISTmillimeterOfMercuryConvtnlTOpascal<-function(millimeterOfMercuryConvtnl) millimeterOfMercuryConvtnl * 133.3224
# Input: millimeter of mercury, conventional (mmHg) 12
# Output: pascal (Pa)

NISTpascalTOmillimeterOfMercuryConvtnl<-function(pascal) pascal / 133.3224
# Input: pascal (Pa)
# Output: millimeter of mercury, conventional (mmHg) 12

NISTmillimeterOfWaterConvtnlTOpascal<-function(millimeterOfWaterConvtnl) millimeterOfWaterConvtnl * 9.80665
# Input: millimeter of water, conventional (mm H2O) 12
# Output: pascal (Pa)

NISTpascalTOmillimeterOfWaterConvtnl<-function(pascal) pascal / 9.80665
# Input: pascal (Pa)
# Output: millimeter of water, conventional (mm H2O) 12

NISTminTOradian<-function(min) min * 0.0002908882
# Input: minute (angle) (')
# Output: radian (rad)

NISTradianTOmin<-function(radian) radian / 0.0002908882
# Input: radian (rad)
# Output: minute (angle) (')

NISTminTOsec<-function(min) min * 60
# Input: minute (min)
# Output: second (s)

NISTsecTOmin<-function(sec) sec / 60
# Input: second (s)
# Output: minute (min)

NISTminSiderealTOsec<-function(minSidereal) minSidereal * 59.83617
# Input: minute (sidereal)
# Output: second (s)

NISTsecTOminSidereal<-function(sec) sec / 59.83617
# Input: second (s)
# Output: minute (sidereal)

NISToerstedTOamperePerMeter<-function(oersted) oersted * 79.57747
# Input: oersted (Oe)
# Output: ampere per meter (A/m)

NISTamperePerMeterTOoersted<-function(amperePerMeter) amperePerMeter / 79.57747
# Input: ampere per meter (A/m)
# Output: oersted (Oe)

NISTohmCmTOohmMeter<-function(ohmCm) ohmCm * 0.01
# Input: ohm centimeter (ohm * cm)
# Output: ohm meter (ohm * m)

NISTohmMeterTOohmCm<-function(ohmMeter) ohmMeter / 0.01
# Input: ohm meter (ohm * m)
# Output: ohm centimeter (ohm * cm)

NISTohmCircularMilPerFtTOohmMeter<-function(ohmCircularMilPerFt) ohmCircularMilPerFt * 1.662426e-09
# Input: ohm circular-mil per foot
# Output: ohm meter (ohm * m)

NISTohmMeterTOohmCircularMilPerFt<-function(ohmMeter) ohmMeter / 1.662426e-09
# Input: ohm meter (ohm * m)
# Output: ohm circular-mil per foot

NISTohmCircularMilPerFtTOohmSqrMillimeterPerMeter<-function(ohmCircularMilPerFt) ohmCircularMilPerFt * 0.001662426
# Input: ohm circular-mil per foot
# Output: ohm square millimeter per meter (ohm * mm2/m)

NISTohmSqrMillimeterPerMeterTOohmCircularMilPerFt<-function(ohmSqrMillimeterPerMeter) ohmSqrMillimeterPerMeter / 0.001662426
# Input: ohm square millimeter per meter (ohm * mm2/m)
# Output: ohm circular-mil per foot

NISTounceAvoirdupoisTOkg<-function(ounceAvoirdupois) ounceAvoirdupois * 0.02834952
# Input: ounce (avoirdupois) (oz)
# Output: kilogram (kg)

NISTkgTOounceAvoirdupois<-function(kg) kg / 0.02834952
# Input: kilogram (kg)
# Output: ounce (avoirdupois) (oz)

NISTounceAvoirdupoisTOgram<-function(ounceAvoirdupois) ounceAvoirdupois * 28.34952
# Input: ounce (avoirdupois) (oz)
# Output: gram (g)

NISTgramTOounceAvoirdupois<-function(gram) gram / 28.34952
# Input: gram (g)
# Output: ounce (avoirdupois) (oz)

NISTounceTroyTOkg<-function(ounceTroy) ounceTroy * 0.03110348
# Input: ounce (troy or apothecary) (oz)
# Output: kilogram (kg)

NISTkgTOounceTroy<-function(kg) kg / 0.03110348
# Input: kilogram (kg)
# Output: ounce (troy or apothecary) (oz)

NISTounceTroyTOgram<-function(ounceTroy) ounceTroy * 31.10348
# Input: ounce (troy or apothecary) (oz)
# Output: gram (g)

NISTgramTOounceTroy<-function(gram) gram / 31.10348
# Input: gram (g)
# Output: ounce (troy or apothecary) (oz)

NISTounceImperialTOcubMeter<-function(ounceImperial) ounceImperial * 2.841306e-05
# Input: ounce [Canadian and U.K. fluid (Imperial)] (fl oz)
# Output: cubic meter (m3)

NISTcubMeterTOounceImperial<-function(cubMeter) cubMeter / 2.841306e-05
# Input: cubic meter (m3)
# Output: ounce [Canadian and U.K. fluid (Imperial)] (fl oz)

NISTounceImperialTOml<-function(ounceImperial) ounceImperial * 28.41306
# Input: ounce [Canadian and U.K. fluid (Imperial)] (fl oz)
# Output: milliliter (mL)

NISTmlTOounceImperial<-function(ml) ml / 28.41306
# Input: milliliter (mL)
# Output: ounce [Canadian and U.K. fluid (Imperial)] (fl oz)

NISTounceTOcubMeter<-function(ounce) ounce * 2.957353e-05
# Input: ounce (U.S. fluid) (fl oz)
# Output: cubic meter (m3)

NISTcubMeterTOounce<-function(cubMeter) cubMeter / 2.957353e-05
# Input: cubic meter (m3)
# Output: ounce (U.S. fluid) (fl oz)

NISTounceTOml<-function(ounce) ounce * 29.57353
# Input: ounce (U.S. fluid) (fl oz)
# Output: milliliter (mL)

NISTmlTOounce<-function(ml) ml / 29.57353
# Input: milliliter (mL)
# Output: ounce (U.S. fluid) (fl oz)

NISTounceForceTOnewton<-function(ounceForce) ounceForce * 0.2780139
# Input: ounce (avoirdupois)-force (ozf)
# Output: newton (N)

NISTnewtonTOounceForce<-function(newton) newton / 0.2780139
# Input: newton (N)
# Output: ounce (avoirdupois)-force (ozf)

NISTounceForceInchTOnewtonMeter<-function(ounceForceInch) ounceForceInch * 0.007061552
# Input: ounce (avoirdupois)-force inch (ozf * in)
# Output: newton meter (N * m)

NISTnewtonMeterTOounceForceInch<-function(newtonMeter) newtonMeter / 0.007061552
# Input: newton meter (N * m)
# Output: ounce (avoirdupois)-force inch (ozf * in)

NISTounceForceInchTOmillinewtonMeter<-function(ounceForceInch) ounceForceInch * 7.061552
# Input: ounce (avoirdupois)-force inch (ozf * in)
# Output: millinewton meter (mN * m)

NISTmillinewtonMeterTOounceForceInch<-function(millinewtonMeter) millinewtonMeter / 7.061552
# Input: millinewton meter (mN * m)
# Output: ounce (avoirdupois)-force inch (ozf * in)

NISTouncePerCubInchTOkgPerCubMeter<-function(ouncePerCubInch) ouncePerCubInch * 1729.994
# Input: ounce (avoirdupois) per cubic inch (oz/in3)
# Output: kilogram per cubic meter (kg/m3)

NISTkgPerCubMeterTOouncePerCubInch<-function(kgPerCubMeter) kgPerCubMeter / 1729.994
# Input: kilogram per cubic meter (kg/m3)
# Output: ounce (avoirdupois) per cubic inch (oz/in3)

NISTounceImperialPerGallonTOkgPerCubMeter<-function(ounceImperialPerGallon) ounceImperialPerGallon * 6.236023
# Input: ounce (avoirdupois) per gallon [Canadian and U.K. (Imperial)] (oz/gal)
# Output: kilogram per cubic meter (kg/m3)

NISTkgPerCubMeterTOounceImperialPerGallon<-function(kgPerCubMeter) kgPerCubMeter / 6.236023
# Input: kilogram per cubic meter (kg/m3)
# Output: ounce (avoirdupois) per gallon [Canadian and U.K. (Imperial)] (oz/gal)

NISTounceImperialPerGallonTOgramPerLiter<-function(ounceImperialPerGallon) ounceImperialPerGallon * 6.236023
# Input: ounce (avoirdupois) per gallon [Canadian and U.K. (Imperial)] (oz/gal)
# Output: gram per liter (g/L)

NISTgramPerLiterTOounceImperialPerGallon<-function(gramPerLiter) gramPerLiter / 6.236023
# Input: gram per liter (g/L)
# Output: ounce (avoirdupois) per gallon [Canadian and U.K. (Imperial)] (oz/gal)

NISTouncePerGallonTOkgPerCubMeter<-function(ouncePerGallon) ouncePerGallon * 7.489152
# Input: ounce (avoirdupois) per gallon (U.S.) (oz/gal)
# Output: kilogram per cubic meter (kg/m3)

NISTkgPerCubMeterTOouncePerGallon<-function(kgPerCubMeter) kgPerCubMeter / 7.489152
# Input: kilogram per cubic meter (kg/m3)
# Output: ounce (avoirdupois) per gallon (U.S.) (oz/gal)

NISTouncePerGallonTOgramPerLiter<-function(ouncePerGallon) ouncePerGallon * 7.489152
# Input: ounce (avoirdupois) per gallon (U.S.) (oz/gal)
# Output: gram per liter (g/L)

NISTgramPerLiterTOouncePerGallon<-function(gramPerLiter) gramPerLiter / 7.489152
# Input: gram per liter (g/L)
# Output: ounce (avoirdupois) per gallon (U.S.) (oz/gal)

NISTouncePerSqrFtTOkgPerSqrMeter<-function(ouncePerSqrFt) ouncePerSqrFt * 0.3051517
# Input: ounce (avoirdupois) per square foot (oz/ft2)
# Output: kilogram per square meter (kg/m2)

NISTkgPerSqrMeterTOouncePerSqrFt<-function(kgPerSqrMeter) kgPerSqrMeter / 0.3051517
# Input: kilogram per square meter (kg/m2)
# Output: ounce (avoirdupois) per square foot (oz/ft2)

NISTouncePerSqrInchTOkgPerSqrMeter<-function(ouncePerSqrInch) ouncePerSqrInch * 43.94185
# Input: ounce (avoirdupois) per square inch (oz/in2)
# Output: kilogram per square meter (kg/m2)

NISTkgPerSqrMeterTOouncePerSqrInch<-function(kgPerSqrMeter) kgPerSqrMeter / 43.94185
# Input: kilogram per square meter (kg/m2)
# Output: ounce (avoirdupois) per square inch (oz/in2)

NISTouncePerSqrYardTOkgPerSqrMeter<-function(ouncePerSqrYard) ouncePerSqrYard * 0.03390575
# Input: ounce (avoirdupois) per square yard (oz/yd2)
# Output: kilogram per square meter (kg/m2)

NISTkgPerSqrMeterTOouncePerSqrYard<-function(kgPerSqrMeter) kgPerSqrMeter / 0.03390575
# Input: kilogram per square meter (kg/m2)
# Output: ounce (avoirdupois) per square yard (oz/yd2)

NISTparsecTOmeter<-function(parsec) parsec * 3.085678e+16
# Input: parsec (pc)
# Output: meter (m)

NISTmeterTOparsec<-function(meter) meter / 3.085678e+16
# Input: meter (m)
# Output: parsec (pc)

NISTpeckTOcubMeter<-function(peck) peck * 0.008809768
# Input: peck (U.S.) (pk)
# Output: cubic meter (m3)

NISTcubMeterTOpeck<-function(cubMeter) cubMeter / 0.008809768
# Input: cubic meter (m3)
# Output: peck (U.S.) (pk)

NISTpeckTOliter<-function(peck) peck * 8.809768
# Input: peck (U.S.) (pk)
# Output: liter (L)

NISTliterTOpeck<-function(liter) liter / 8.809768
# Input: liter (L)
# Output: peck (U.S.) (pk)

NISTpennyweightTOkg<-function(pennyweight) pennyweight * 0.001555174
# Input: pennyweight (dwt)
# Output: kilogram (kg)

NISTkgTOpennyweight<-function(kg) kg / 0.001555174
# Input: kilogram (kg)
# Output: pennyweight (dwt)

NISTpennyweightTOgram<-function(pennyweight) pennyweight * 1.555174
# Input: pennyweight (dwt)
# Output: gram (g)

NISTgramTOpennyweight<-function(gram) gram / 1.555174
# Input: gram (g)
# Output: pennyweight (dwt)

NISTperm0CtOkgPerPascalSecSqrMeter<-function(perm0C) perm0C * 5.72135e-11
# Input: perm (0 C)
# Output: kilogram per pascal second square meter [kg/(Pa * s * m2)]

NISTkgPerPascalSecSqrMeterTOperm0C<-function(kgPerPascalSecSqrMeter) kgPerPascalSecSqrMeter / 5.72135e-11
# Input: kilogram per pascal second square meter [kg/(Pa * s * m2)]
# Output: perm (0 C)

NISTperm23CtOkgPerPascalSecSqrMeter<-function(perm23C) perm23C * 5.74525e-11
# Input: perm (23 C)
# Output: kilogram per pascal second square meter [kg/(Pa * s * m2)]

NISTkgPerPascalSecSqrMeterTOperm23C<-function(kgPerPascalSecSqrMeter) kgPerPascalSecSqrMeter / 5.74525e-11
# Input: kilogram per pascal second square meter [kg/(Pa * s * m2)]
# Output: perm (23 C)

NISTpermInch0CtOkgPerPascalSecMeter<-function(permInch0C) permInch0C * 1.45322e-12
# Input: perm inch (0 C)
# Output: kilogram per pascal second meter [kg/(Pa*s*m)]

NISTkgPerPascalSecMeterTOpermInch0C<-function(kgPerPascalSecMeter) kgPerPascalSecMeter / 1.45322e-12
# Input: kilogram per pascal second meter [kg/(Pa*s*m)]
# Output: perm inch (0 C)

NISTpermInch23CtOkgPerPascalSecMeter<-function(permInch23C) permInch23C * 1.45929e-12
# Input: perm inch (23 C)
# Output: kilogram per pascal second meter [kg/(Pa*s*m)]

NISTkgPerPascalSecMeterTOpermInch23C<-function(kgPerPascalSecMeter) kgPerPascalSecMeter / 1.45929e-12
# Input: kilogram per pascal second meter [kg/(Pa*s*m)]
# Output: perm inch (23 C)

NISTphotTOlux<-function(phot) phot * 10000
# Input: phot (ph)
# Output: lux (lx)

NISTluxTOphot<-function(lux) lux / 10000
# Input: lux (lx)
# Output: phot (ph)

NISTpicaComputerTOmeter<-function(picaComputer) picaComputer * 0.004233333
# Input: pica (computer) (1/6 in)
# Output: meter (m)

NISTmeterTOpicaComputer<-function(meter) meter / 0.004233333
# Input: meter (m)
# Output: pica (computer) (1/6 in)

NISTpicaComputerTOmillimeter<-function(picaComputer) picaComputer * 4.233333
# Input: pica (computer) (1/6 in)
# Output: millimeter (mm)

NISTmillimeterTOpicaComputer<-function(millimeter) millimeter / 4.233333
# Input: millimeter (mm)
# Output: pica (computer) (1/6 in)

NISTpicaPrinterTOmeter<-function(picaPrinter) picaPrinter * 0.004217518
# Input: pica (printer's)
# Output: meter (m)

NISTmeterTOpicaPrinter<-function(meter) meter / 0.004217518
# Input: meter (m)
# Output: pica (printer's)

NISTpicaPrinterTOmillimeter<-function(picaPrinter) picaPrinter * 4.217518
# Input: pica (printer's)
# Output: millimeter (mm)

NISTmillimeterTOpicaPrinter<-function(millimeter) millimeter / 4.217518
# Input: millimeter (mm)
# Output: pica (printer's)

NISTpintUSdryTOcubMeter<-function(pintUSdry) pintUSdry * 0.0005506105
# Input: pint (U.S. dry) (dry pt)
# Output: cubic meter (m3)

NISTcubMeterTOpintUSdry<-function(cubMeter) cubMeter / 0.0005506105
# Input: cubic meter (m3)
# Output: pint (U.S. dry) (dry pt)

NISTpintUSdryTOliter<-function(pintUSdry) pintUSdry * 0.5506105
# Input: pint (U.S. dry) (dry pt)
# Output: liter (L)

NISTliterTOpintUSdry<-function(liter) liter / 0.5506105
# Input: liter (L)
# Output: pint (U.S. dry) (dry pt)

NISTpintUSliquidTOcubMeter<-function(pintUSliquid) pintUSliquid * 0.0004731765
# Input: pint (U.S. liquid) (liq pt)
# Output: cubic meter (m3)

NISTcubMeterTOpintUSliquid<-function(cubMeter) cubMeter / 0.0004731765
# Input: cubic meter (m3)
# Output: pint (U.S. liquid) (liq pt)

NISTpintUSliquidTOliter<-function(pintUSliquid) pintUSliquid * 0.4731765
# Input: pint (U.S. liquid) (liq pt)
# Output: liter (L)

NISTliterTOpintUSliquid<-function(liter) liter / 0.4731765
# Input: liter (L)
# Output: pint (U.S. liquid) (liq pt)

NISTpointComputerTOmeter<-function(pointComputer) pointComputer * 0.0003527778
# Input: point (computer) (1/72 in)
# Output: meter (m)

NISTmeterTOpointComputer<-function(meter) meter / 0.0003527778
# Input: meter (m)
# Output: point (computer) (1/72 in)

NISTpointComputerTOmillimeter<-function(pointComputer) pointComputer * 0.3527778
# Input: point (computer) (1/72 in)
# Output: millimeter (mm)

NISTmillimeterTOpointComputer<-function(millimeter) millimeter / 0.3527778
# Input: millimeter (mm)
# Output: point (computer) (1/72 in)

NISTpointPrinterTOmeter<-function(pointPrinter) pointPrinter * 0.0003514598
# Input: point (printer's)
# Output: meter (m)

NISTmeterTOpointPrinter<-function(meter) meter / 0.0003514598
# Input: meter (m)
# Output: point (printer's)

NISTpointPrinterTOmillimeter<-function(pointPrinter) pointPrinter * 0.3514598
# Input: point (printer's)
# Output: millimeter (mm)

NISTmillimeterTOpointPrinter<-function(millimeter) millimeter / 0.3514598
# Input: millimeter (mm)
# Output: point (printer's)

NISTpoiseTOpascalSec<-function(poise) poise * 0.1
# Input: poise (P)
# Output: pascal second (Pa * s)

NISTpascalSecTOpoise<-function(pascalSec) pascalSec / 0.1
# Input: pascal second (Pa * s)
# Output: poise (P)

NISTpoundAvoirdupoisTOkg<-function(poundAvoirdupois) poundAvoirdupois * 0.4535924
# Input: pound (avoirdupois) (lb) 22
# Output: kilogram (kg)

NISTkgTOpoundAvoirdupois<-function(kg) kg / 0.4535924
# Input: kilogram (kg)
# Output: pound (avoirdupois) (lb) 22

NISTpoundTroyTOkg<-function(poundTroy) poundTroy * 0.3732417
# Input: pound (troy or apothecary) (lb)
# Output: kilogram (kg)

NISTkgTOpoundTroy<-function(kg) kg / 0.3732417
# Input: kilogram (kg)
# Output: pound (troy or apothecary) (lb)

NISTpoundalTOnewton<-function(poundal) poundal * 0.138255
# Input: poundal
# Output: newton (N)

NISTnewtonTOpoundal<-function(newton) newton / 0.138255
# Input: newton (N)
# Output: poundal

NISTpoundalPerSqrFtTOpascal<-function(poundalPerSqrFt) poundalPerSqrFt * 1.488164
# Input: poundal per square foot
# Output: pascal (Pa)

NISTpascalTOpoundalPerSqrFt<-function(pascal) pascal / 1.488164
# Input: pascal (Pa)
# Output: poundal per square foot

NISTpoundalSecPerSqrFtTOpascalSec<-function(poundalSecPerSqrFt) poundalSecPerSqrFt * 1.488164
# Input: poundal second per square foot
# Output: pascal second (Pa * s)

NISTpascalSecTOpoundalSecPerSqrFt<-function(pascalSec) pascalSec / 1.488164
# Input: pascal second (Pa * s)
# Output: poundal second per square foot

NISTpoundFtSqrdTOkgMeterSqrd<-function(poundFtSqrd) poundFtSqrd * 0.04214011
# Input: pound foot squared (lb * ft2)
# Output: kilogram meter squared (kg * m2)

NISTkgMeterSqrdTOpoundFtSqrd<-function(kgMeterSqrd) kgMeterSqrd / 0.04214011
# Input: kilogram meter squared (kg * m2)
# Output: pound foot squared (lb * ft2)

NISTpoundForceTOnewton<-function(poundForce) poundForce * 4.448222
# Input: pound-force (lbf) 23
# Output: newton (N)

NISTnewtonTOpoundForce<-function(newton) newton / 4.448222
# Input: newton (N)
# Output: pound-force (lbf) 23

NISTpoundForceFtTOnewtonMeter<-function(poundForceFt) poundForceFt * 1.355818
# Input: pound-force foot (lbf * ft)
# Output: newton meter (N * m)

NISTnewtonMeterTOpoundForceFt<-function(newtonMeter) newtonMeter / 1.355818
# Input: newton meter (N * m)
# Output: pound-force foot (lbf * ft)

NISTpoundForceFtPerInchTOnewtonMeterPerMeter<-function(poundForceFtPerInch) poundForceFtPerInch * 53.37866
# Input: pound-force foot per inch (lbf * ft/in)
# Output: newton meter per meter (N * m/m)

NISTnewtonMeterPerMeterTOpoundForceFtPerInch<-function(newtonMeterPerMeter) newtonMeterPerMeter / 53.37866
# Input: newton meter per meter (N * m/m)
# Output: pound-force foot per inch (lbf * ft/in)

NISTpoundForceInchTOnewtonMeter<-function(poundForceInch) poundForceInch * 0.1129848
# Input: pound-force inch (lbf * in)
# Output: newton meter (N * m)

NISTnewtonMeterTOpoundForceInch<-function(newtonMeter) newtonMeter / 0.1129848
# Input: newton meter (N * m)
# Output: pound-force inch (lbf * in)

NISTpoundForceInchPerInchTOnewtonMeterPerMeter<-function(poundForceInchPerInch) poundForceInchPerInch * 4.448222
# Input: pound-force inch per inch (lbf * in/in)
# Output: newton meter per meter (N * m/m)

NISTnewtonMeterPerMeterTOpoundForceInchPerInch<-function(newtonMeterPerMeter) newtonMeterPerMeter / 4.448222
# Input: newton meter per meter (N * m/m)
# Output: pound-force inch per inch (lbf * in/in)

NISTpoundForcePerFtTOnewtonPerMeter<-function(poundForcePerFt) poundForcePerFt * 14.5939
# Input: pound-force per foot (lbf/ft)
# Output: newton per meter (N/m)

NISTnewtonPerMeterTOpoundForcePerFt<-function(newtonPerMeter) newtonPerMeter / 14.5939
# Input: newton per meter (N/m)
# Output: pound-force per foot (lbf/ft)

NISTpoundForcePerInchTOnewtonPerMeter<-function(poundForcePerInch) poundForcePerInch * 175.1268
# Input: pound-force per inch (lbf/in)
# Output: newton per meter (N/m)

NISTnewtonPerMeterTOpoundForcePerInch<-function(newtonPerMeter) newtonPerMeter / 175.1268
# Input: newton per meter (N/m)
# Output: pound-force per inch (lbf/in)

NISTpoundForcePerPoundTOnewtonPerKg<-function(poundForcePerPound) poundForcePerPound * 9.80665
# Input: pound-force per pound (lbf/lb) (thrust to mass ratio)
# Output: newton per kilogram (N/kg)

NISTnewtonPerKgTOpoundForcePerPound<-function(newtonPerKg) newtonPerKg / 9.80665
# Input: newton per kilogram (N/kg)
# Output: pound-force per pound (lbf/lb) (thrust to mass ratio)

NISTpoundForcePerSqrFtTOpascal<-function(poundForcePerSqrFt) poundForcePerSqrFt * 47.88026
# Input: pound-force per square foot (lbf/ft2)
# Output: pascal (Pa)

NISTpascalTOpoundForcePerSqrFt<-function(pascal) pascal / 47.88026
# Input: pascal (Pa)
# Output: pound-force per square foot (lbf/ft2)

NISTpoundForcePerSqrInchTOpascal<-function(poundForcePerSqrInch) poundForcePerSqrInch * 6894.757
# Input: pound-force per square inch (psi) (lbf/in2)
# Output: pascal (Pa)

NISTpascalTOpoundForcePerSqrInch<-function(pascal) pascal / 6894.757
# Input: pascal (Pa)
# Output: pound-force per square inch (psi) (lbf/in2)

NISTpoundForcePerSqrInchTOkpascal<-function(poundForcePerSqrInch) poundForcePerSqrInch * 6.894757
# Input: pound-force per square inch (psi) (lbf/in2)
# Output: kilopascal (kPa)

NISTkpascalTOpoundForcePerSqrInch<-function(kpascal) kpascal / 6.894757
# Input: kilopascal (kPa)
# Output: pound-force per square inch (psi) (lbf/in2)

NISTpoundForceSecPerSqrFtTOpascalSec<-function(poundForceSecPerSqrFt) poundForceSecPerSqrFt * 47.88026
# Input: pound-force second per square foot (lbf * s/ft2)
# Output: pascal second (Pa * s)

NISTpascalSecTOpoundForceSecPerSqrFt<-function(pascalSec) pascalSec / 47.88026
# Input: pascal second (Pa * s)
# Output: pound-force second per square foot (lbf * s/ft2)

NISTpoundForceSecPerSqrInchTOpascalSec<-function(poundForceSecPerSqrInch) poundForceSecPerSqrInch * 6894.757
# Input: pound-force second per square inch (lbf * s/in2)
# Output: pascal second (Pa * s)

NISTpascalSecTOpoundForceSecPerSqrInch<-function(pascalSec) pascalSec / 6894.757
# Input: pascal second (Pa * s)
# Output: pound-force second per square inch (lbf * s/in2)

NISTpoundInchSqrdTOkgMeterSqrd<-function(poundInchSqrd) poundInchSqrd * 0.0002926397
# Input: pound inch squared (lb * in2)
# Output: kilogram meter squared (kg *m2)

NISTkgMeterSqrdTOpoundInchSqrd<-function(kgMeterSqrd) kgMeterSqrd / 0.0002926397
# Input: kilogram meter squared (kg *m2)
# Output: pound inch squared (lb * in2)

NISTpoundPerCubFtTOkgPerCubMeter<-function(poundPerCubFt) poundPerCubFt * 16.01846
# Input: pound per cubic foot (lb/ft3)
# Output: kilogram per cubic meter (kg/m3)

NISTkgPerCubMeterTOpoundPerCubFt<-function(kgPerCubMeter) kgPerCubMeter / 16.01846
# Input: kilogram per cubic meter (kg/m3)
# Output: pound per cubic foot (lb/ft3)

NISTpoundPerCubInchTOkgPerCubMeter<-function(poundPerCubInch) poundPerCubInch * 27679.9
# Input: pound per cubic inch (lb/in3)
# Output: kilogram per cubic meter (kg/m3)

NISTkgPerCubMeterTOpoundPerCubInch<-function(kgPerCubMeter) kgPerCubMeter / 27679.9
# Input: kilogram per cubic meter (kg/m3)
# Output: pound per cubic inch (lb/in3)

NISTpoundPerCubYardTOkgPerCubMeter<-function(poundPerCubYard) poundPerCubYard * 0.5932764
# Input: pound per cubic yard (lb/yd3)
# Output: kilogram per cubic meter (kg/m3)

NISTkgPerCubMeterTOpoundPerCubYard<-function(kgPerCubMeter) kgPerCubMeter / 0.5932764
# Input: kilogram per cubic meter (kg/m3)
# Output: pound per cubic yard (lb/yd3)

NISTpoundPerFtTOkgPerMeter<-function(poundPerFt) poundPerFt * 1.488164
# Input: pound per foot (lb/ft)
# Output: kilogram per meter (kg/m)

NISTkgPerMeterTOpoundPerFt<-function(kgPerMeter) kgPerMeter / 1.488164
# Input: kilogram per meter (kg/m)
# Output: pound per foot (lb/ft)

NISTpoundPerFtHourTOpascalSec<-function(poundPerFtHour) poundPerFtHour * 0.0004133789
# Input: pound per foot hour [lb/(ft * h)]
# Output: pascal second (Pa * s)

NISTpascalSecTOpoundPerFtHour<-function(pascalSec) pascalSec / 0.0004133789
# Input: pascal second (Pa * s)
# Output: pound per foot hour [lb/(ft * h)]

NISTpoundPerFtSecTOpascalSec<-function(poundPerFtSec) poundPerFtSec * 1.488164
# Input: pound per foot second [lb/(ft * s)]
# Output: pascal second (Pa * s)

NISTpascalSecTOpoundPerFtSec<-function(pascalSec) pascalSec / 1.488164
# Input: pascal second (Pa * s)
# Output: pound per foot second [lb/(ft * s)]

NISTpoundPerGallonImperialTOkgPerCubMeter<-function(poundPerGallonImperial) poundPerGallonImperial * 99.77637
# Input: pound per gallon [Canadian and U.K. (Imperial)] (lb/gal)
# Output: kilogram per cubic meter (kg/m3)

NISTkgPerCubMeterTOpoundPerGallonImperial<-function(kgPerCubMeter) kgPerCubMeter / 99.77637
# Input: kilogram per cubic meter (kg/m3)
# Output: pound per gallon [Canadian and U.K. (Imperial)] (lb/gal)

NISTpoundPerGallonImperialTOkgPerLiter<-function(poundPerGallonImperial) poundPerGallonImperial * 0.09977637
# Input: pound per gallon [Canadian and U.K. (Imperial)] (lb/gal)
# Output: kilogram per liter (kg/L)

NISTkgPerLiterTOpoundPerGallonImperial<-function(kgPerLiter) kgPerLiter / 0.09977637
# Input: kilogram per liter (kg/L)
# Output: pound per gallon [Canadian and U.K. (Imperial)] (lb/gal)

NISTpoundPerGallonTOkgPerCubMeter<-function(poundPerGallon) poundPerGallon * 119.8264
# Input: pound per gallon (U.S.) (lb/gal)
# Output: kilogram per cubic meter (kg/m3)

NISTkgPerCubMeterTOpoundPerGallon<-function(kgPerCubMeter) kgPerCubMeter / 119.8264
# Input: kilogram per cubic meter (kg/m3)
# Output: pound per gallon (U.S.) (lb/gal)

NISTpoundPerGallonTOkgPerLiter<-function(poundPerGallon) poundPerGallon * 0.1198264
# Input: pound per gallon (U.S.) (lb/gal)
# Output: kilogram per liter (kg/L)

NISTkgPerLiterTOpoundPerGallon<-function(kgPerLiter) kgPerLiter / 0.1198264
# Input: kilogram per liter (kg/L)
# Output: pound per gallon (U.S.) (lb/gal)

NISTpoundPerHorsepowerHourTOkgPerJoule<-function(poundPerHorsepowerHour) poundPerHorsepowerHour * 1.689659e-07
# Input: pound per horsepower hour [lb/(hp * h)]
# Output: kilogram per joule (kg/J)

NISTkgPerJouleTOpoundPerHorsepowerHour<-function(kgPerJoule) kgPerJoule / 1.689659e-07
# Input: kilogram per joule (kg/J)
# Output: pound per horsepower hour [lb/(hp * h)]

NISTpoundPerHourTOkgPerSec<-function(poundPerHour) poundPerHour * 0.0001259979
# Input: pound per hour (lb/h)
# Output: kilogram per second (kg/s)

NISTkgPerSecTOpoundPerHour<-function(kgPerSec) kgPerSec / 0.0001259979
# Input: kilogram per second (kg/s)
# Output: pound per hour (lb/h)

NISTpoundPerInchTOkgPerMeter<-function(poundPerInch) poundPerInch * 17.85797
# Input: pound per inch (lb/in)
# Output: kilogram per meter (kg/m)

NISTkgPerMeterTOpoundPerInch<-function(kgPerMeter) kgPerMeter / 17.85797
# Input: kilogram per meter (kg/m)
# Output: pound per inch (lb/in)

NISTpoundPerMinTOkgPerSec<-function(poundPerMin) poundPerMin * 0.007559873
# Input: pound per minute (lb/min)
# Output: kilogram per second (kg/s)

NISTkgPerSecTOpoundPerMin<-function(kgPerSec) kgPerSec / 0.007559873
# Input: kilogram per second (kg/s)
# Output: pound per minute (lb/min)

NISTpoundPerSecTOkgPerSec<-function(poundPerSec) poundPerSec * 0.4535924
# Input: pound per second (lb/s)
# Output: kilogram per second (kg/s)

NISTkgPerSecTOpoundPerSec<-function(kgPerSec) kgPerSec / 0.4535924
# Input: kilogram per second (kg/s)
# Output: pound per second (lb/s)

NISTpoundPerSqrFtTOkgPerSqrMeter<-function(poundPerSqrFt) poundPerSqrFt * 4.882428
# Input: pound per square foot (lb/ft2)
# Output: kilogram per square meter (kg/m2)

NISTkgPerSqrMeterTOpoundPerSqrFt<-function(kgPerSqrMeter) kgPerSqrMeter / 4.882428
# Input: kilogram per square meter (kg/m2)
# Output: pound per square foot (lb/ft2)

NISTpoundPerSqrInchTOkgPerSqrMeter<-function(poundPerSqrInch) poundPerSqrInch * 703.0696
# Input: pound per square inch (not pound-force) (lb/in2)
# Output: kilogram per square meter (kg/m2)

NISTkgPerSqrMeterTOpoundPerSqrInch<-function(kgPerSqrMeter) kgPerSqrMeter / 703.0696
# Input: kilogram per square meter (kg/m2)
# Output: pound per square inch (not pound-force) (lb/in2)

NISTpoundPerYardTOkgPerMeter<-function(poundPerYard) poundPerYard * 0.4960546
# Input: pound per yard (lb/yd)
# Output: kilogram per meter (kg/m)

NISTkgPerMeterTOpoundPerYard<-function(kgPerMeter) kgPerMeter / 0.4960546
# Input: kilogram per meter (kg/m)
# Output: pound per yard (lb/yd)

NISTpsiTOpascal<-function(psi) psi * 6894.757
# Input: psi (pound-force per square inch) (lbf/in2)
# Output: pascal (Pa)

NISTpascalTOpsi<-function(pascal) pascal / 6894.757
# Input: pascal (Pa)
# Output: psi (pound-force per square inch) (lbf/in2)

NISTpsiTOkpascal<-function(psi) psi * 6.894757
# Input: psi (pound-force per square inch) (lbf/in2)
# Output: kilopascal (kPa)

NISTkpascalTOpsi<-function(kpascal) kpascal / 6.894757
# Input: kilopascal (kPa)
# Output: psi (pound-force per square inch) (lbf/in2)

NISTquadTOjoule<-function(quad) quad * 1.055056e+18
# Input: quad (1015 BtuIT) 11
# Output: joule (J)

NISTjouleTOquad<-function(joule) joule / 1.055056e+18
# Input: joule (J)
# Output: quad (1015 BtuIT) 11

NISTquartUSdryTOcubMeter<-function(quartUSdry) quartUSdry * 0.001101221
# Input: quart (U.S. dry) (dry qt)
# Output: cubic meter (m3)

NISTcubMeterTOquartUSdry<-function(cubMeter) cubMeter / 0.001101221
# Input: cubic meter (m3)
# Output: quart (U.S. dry) (dry qt)

NISTquartUSdryTOliter<-function(quartUSdry) quartUSdry * 1.101221
# Input: quart (U.S. dry) (dry qt)
# Output: liter (L)

NISTliterTOquartUSdry<-function(liter) liter / 1.101221
# Input: liter (L)
# Output: quart (U.S. dry) (dry qt)

NISTquartUSliquidTOcubMeter<-function(quartUSliquid) quartUSliquid * 0.0009463529
# Input: quart (U.S. liquid) (liq qt)
# Output: cubic meter (m3)

NISTcubMeterTOquartUSliquid<-function(cubMeter) cubMeter / 0.0009463529
# Input: cubic meter (m3)
# Output: quart (U.S. liquid) (liq qt)

NISTquartUSliquidTOliter<-function(quartUSliquid) quartUSliquid * 0.9463529
# Input: quart (U.S. liquid) (liq qt)
# Output: liter (L)

NISTliterTOquartUSliquid<-function(liter) liter / 0.9463529
# Input: liter (L)
# Output: quart (U.S. liquid) (liq qt)

NISTradTOgray<-function(rad) rad * 0.01
# Input: rad (absorbed dose) (rad)
# Output: gray (Gy)

NISTgrayTOrad<-function(gray) gray / 0.01
# Input: gray (Gy)
# Output: rad (absorbed dose) (rad)

NISTremTOsievert<-function(rem) rem * 0.01
# Input: rem (rem)
# Output: sievert (Sv)

NISTsievertTOrem<-function(sievert) sievert / 0.01
# Input: sievert (Sv)
# Output: rem (rem)

NISTrevolutionTOradian<-function(revolution) revolution * 6.283185
# Input: revolution (r)
# Output: radian (rad)

NISTradianTOrevolution<-function(radian) radian / 6.283185
# Input: radian (rad)
# Output: revolution (r)

NISTrevolutionPerMinTOradianPerSec<-function(revolutionPerMin) revolutionPerMin * 0.1047198
# Input: revolution per minute (rpm) (r/min)
# Output: radian per second (rad/s)

NISTradianPerSecTOrevolutionPerMin<-function(radianPerSec) radianPerSec / 0.1047198
# Input: radian per second (rad/s)
# Output: revolution per minute (rpm) (r/min)

NISTrheTOreciprocalPascalSec1<-function(rhe) rhe * 10
# Input: rhe
# Output: reciprocal pascal second (Pa * s)-1

NISTreciprocalPascalSec1TOrhe<-function(reciprocalPascalSec1) reciprocalPascalSec1 / 10
# Input: reciprocal pascal second (Pa * s)-1
# Output: rhe

NISTrodTOmeter<-function(rod) rod * 5.02921
# Input: rod (based on U.S. survey foot) (rd) 7
# Output: meter (m)

NISTmeterTOrod<-function(meter) meter / 5.02921
# Input: meter (m)
# Output: rod (based on U.S. survey foot) (rd) 7

NISTroentgenTOcoulombPerKg<-function(roentgen) roentgen * 0.000258
# Input: roentgen (R)
# Output: coulomb per kilogram (C/kg)

NISTcoulombPerKgTOroentgen<-function(coulombPerKg) coulombPerKg / 0.000258
# Input: coulomb per kilogram (C/kg)
# Output: roentgen (R)

NISTrpmTOradianPerSec<-function(rpm) rpm * 0.1047198
# Input: rpm (revolution per minute) (r/min)
# Output: radian per second (rad/s)

NISTradianPerSecTOrpm<-function(radianPerSec) radianPerSec / 0.1047198
# Input: radian per second (rad/s)
# Output: rpm (revolution per minute) (r/min)

NISTsecTOradian<-function(sec) sec * 4.848137e-06
# Input: second (angle) ('')
# Output: radian (rad)

NISTradianTOsec<-function(radian) radian / 4.848137e-06
# Input: radian (rad)
# Output: second (angle) ('')

NISTsecTOsec<-function(sec) sec * 0.9972696
# Input: second (sidereal)
# Output: second (s)

NISTshakeTOsec<-function(shake) shake * 1e-08
# Input: shake
# Output: second (s)

NISTsecTOshake<-function(sec) sec / 1e-08
# Input: second (s)
# Output: shake

NISTshakeTOnanosec<-function(shake) shake * 10
# Input: shake
# Output: nanosecond (ns)

NISTnanosecTOshake<-function(nanosec) nanosec / 10
# Input: nanosecond (ns)
# Output: shake

NISTslugTOkg<-function(slug) slug * 14.5939
# Input: slug (slug)
# Output: kilogram (kg)

NISTkgTOslug<-function(kg) kg / 14.5939
# Input: kilogram (kg)
# Output: slug (slug)

NISTslugPerCubFtTOkgPerCubMeter<-function(slugPerCubFt) slugPerCubFt * 515.3788
# Input: slug per cubic foot (slug/ft3)
# Output: kilogram per cubic meter (kg/m3)

NISTkgPerCubMeterTOslugPerCubFt<-function(kgPerCubMeter) kgPerCubMeter / 515.3788
# Input: kilogram per cubic meter (kg/m3)
# Output: slug per cubic foot (slug/ft3)

NISTslugPerFtSecTOpascalSec<-function(slugPerFtSec) slugPerFtSec * 47.88026
# Input: slug per foot second [slug/(ft * s)]
# Output: pascal second (Pa * s)

NISTpascalSecTOslugPerFtSec<-function(pascalSec) pascalSec / 47.88026
# Input: pascal second (Pa * s)
# Output: slug per foot second [slug/(ft * s)]

NISTsqrFtTOsqrMeter<-function(sqrFt) sqrFt * 0.09290304
# Input: square foot (ft2)
# Output: square meter (m2)

NISTsqrMeterTOsqrFt<-function(sqrMeter) sqrMeter / 0.09290304
# Input: square meter (m2)
# Output: square foot (ft2)

NISTsqrFtPerHourTOsqrMeterPerSec<-function(sqrFtPerHour) sqrFtPerHour * 2.58064e-05
# Input: square foot per hour (ft2/h)
# Output: square meter per second (m2/s)

NISTsqrMeterPerSecTOsqrFtPerHour<-function(sqrMeterPerSec) sqrMeterPerSec / 2.58064e-05
# Input: square meter per second (m2/s)
# Output: square foot per hour (ft2/h)

NISTsqrFtPerSecTOsqrMeterPerSec<-function(sqrFtPerSec) sqrFtPerSec * 0.09290304
# Input: square foot per second (ft2/s)
# Output: square meter per second (m2/s)

NISTsqrMeterPerSecTOsqrFtPerSec<-function(sqrMeterPerSec) sqrMeterPerSec / 0.09290304
# Input: square meter per second (m2/s)
# Output: square foot per second (ft2/s)

NISTsqrInchTOsqrMeter<-function(sqrInch) sqrInch * 0.00064516
# Input: square inch (in2)
# Output: square meter (m2)

NISTsqrMeterTOsqrInch<-function(sqrMeter) sqrMeter / 0.00064516
# Input: square meter (m2)
# Output: square inch (in2)

NISTsqrInchTOsqrCm<-function(sqrInch) sqrInch * 6.4516
# Input: square inch (in2)
# Output: square centimeter (cm2)

NISTsqrCmTOsqrInch<-function(sqrCm) sqrCm / 6.4516
# Input: square centimeter (cm2)
# Output: square inch (in2)

NISTsqrMileTOsqrMeter<-function(sqrMile) sqrMile * 2589988
# Input: square mile (mi2)
# Output: square meter (m2)

NISTsqrMeterTOsqrMile<-function(sqrMeter) sqrMeter / 2589988
# Input: square meter (m2)
# Output: square mile (mi2)

NISTsqrMileTOsqrKm<-function(sqrMile) sqrMile * 2.589988
# Input: square mile (mi2)
# Output: square kilometer (km2)

NISTsqrKmTOsqrMile<-function(sqrKm) sqrKm / 2.589988
# Input: square kilometer (km2)
# Output: square mile (mi2)

NISTsqrMileUSsurveyTOsqrMeter<-function(sqrMileUSsurvey) sqrMileUSsurvey * 2589998
# Input: square mile (based on U.S. survey foot) (mi2) 7
# Output: square meter (m2)

NISTsqrMeterTOsqrMileUSsurvey<-function(sqrMeter) sqrMeter / 2589998
# Input: square meter (m2)
# Output: square mile (based on U.S. survey foot) (mi2) 7

NISTsqrMileUSsurveyTOsqrKm<-function(sqrMileUSsurvey) sqrMileUSsurvey * 2.589998
# Input: square mile (based on U.S. survey foot) (mi2) 7
# Output: square kilometer (km2)

NISTsqrKmTOsqrMileUSsurvey<-function(sqrKm) sqrKm / 2.589998
# Input: square kilometer (km2)
# Output: square mile (based on U.S. survey foot) (mi2) 7

NISTsqrYardTOsqrMeter<-function(sqrYard) sqrYard * 0.8361274
# Input: square yard (yd2)
# Output: square meter (m2)

NISTsqrMeterTOsqrYard<-function(sqrMeter) sqrMeter / 0.8361274
# Input: square meter (m2)
# Output: square yard (yd2)

NISTstatampereTOampere<-function(statampere) statampere * 3.335641e-10
# Input: statampere
# Output: ampere (A)

NISTampereTOstatampere<-function(ampere) ampere / 3.335641e-10
# Input: ampere (A)
# Output: statampere

NISTstatcoulombTOcoulomb<-function(statcoulomb) statcoulomb * 3.335641e-10
# Input: statcoulomb
# Output: coulomb (C)

NISTcoulombTOstatcoulomb<-function(coulomb) coulomb / 3.335641e-10
# Input: coulomb (C)
# Output: statcoulomb

NISTstatfaradTOfarad<-function(statfarad) statfarad * 1.11265e-12
# Input: statfarad
# Output: farad (F)

NISTfaradTOstatfarad<-function(farad) farad / 1.11265e-12
# Input: farad (F)
# Output: statfarad

NISTstathenryTOhenry<-function(stathenry) stathenry * 898755200000
# Input: stathenry
# Output: henry (H)

NISThenryTOstathenry<-function(henry) henry / 898755200000
# Input: henry (H)
# Output: stathenry

NISTstatmhoTOsiemens<-function(statmho) statmho * 1.11265e-12
# Input: statmho
# Output: siemens (S)

NISTsiemensTOstatmho<-function(siemens) siemens / 1.11265e-12
# Input: siemens (S)
# Output: statmho

NISTstatohmTOohm<-function(statohm) statohm * 898755200000
# Input: statohm
# Output: ohm (ohm)

NISTohmTOstatohm<-function(ohm) ohm / 898755200000
# Input: ohm (ohm)
# Output: statohm

NISTstatvoltTOvolt<-function(statvolt) statvolt * 299.7925
# Input: statvolt
# Output: volt (V)

NISTvoltTOstatvolt<-function(volt) volt / 299.7925
# Input: volt (V)
# Output: statvolt

NISTstereTOcubMeter<-function(stere) stere * 1
# Input: stere (st)
# Output: cubic meter (m3)

NISTcubMeterTOstere<-function(cubMeter) cubMeter / 1
# Input: cubic meter (m3)
# Output: stere (st)

NISTstilbTOcandelaPerSqrMeter<-function(stilb) stilb * 10000
# Input: stilb (sb)
# Output: candela per square meter (cd/m2)

NISTcandelaPerSqrMeterTOstilb<-function(candelaPerSqrMeter) candelaPerSqrMeter / 10000
# Input: candela per square meter (cd/m2)
# Output: stilb (sb)

NISTstokesTOmeterSqrdPerSec<-function(stokes) stokes * 1e-04
# Input: stokes (St)
# Output: meter squared per second (m2/s)

NISTmeterSqrdPerSecTOstokes<-function(meterSqrdPerSec) meterSqrdPerSec / 1e-04
# Input: meter squared per second (m2/s)
# Output: stokes (St)

NISTtablespoonTOcubMeter<-function(tablespoon) tablespoon * 1.478676e-05
# Input: tablespoon
# Output: cubic meter (m3)

NISTcubMeterTOtablespoon<-function(cubMeter) cubMeter / 1.478676e-05
# Input: cubic meter (m3)
# Output: tablespoon

NISTtablespoonTOml<-function(tablespoon) tablespoon * 14.78676
# Input: tablespoon
# Output: milliliter (mL)

NISTmlTOtablespoon<-function(ml) ml / 14.78676
# Input: milliliter (mL)
# Output: tablespoon

NISTteaspoonTOcubMeter<-function(teaspoon) teaspoon * 4.928922e-06
# Input: teaspoon
# Output: cubic meter (m3)

NISTcubMeterTOteaspoon<-function(cubMeter) cubMeter / 4.928922e-06
# Input: cubic meter (m3)
# Output: teaspoon

NISTteaspoonTOml<-function(teaspoon) teaspoon * 4.928922
# Input: teaspoon
# Output: milliliter (mL)

NISTmlTOteaspoon<-function(ml) ml / 4.928922
# Input: milliliter (mL)
# Output: teaspoon

NISTtexTOkgPerMeter<-function(tex) tex * 1e-06
# Input: tex
# Output: kilogram per meter (kg/m)

NISTkgPerMeterTOtex<-function(kgPerMeter) kgPerMeter / 1e-06
# Input: kilogram per meter (kg/m)
# Output: tex

NISTthermECtOjoule<-function(thermEC) thermEC * 105506000
# Input: therm (EC) 24
# Output: joule (J)

NISTjouleTOthermEC<-function(joule) joule / 105506000
# Input: joule (J)
# Output: therm (EC) 24

NISTthermUStOjoule<-function(thermUS) thermUS * 105480400
# Input: therm (U.S.) 24
# Output: joule (J)

NISTjouleTOthermUS<-function(joule) joule / 105480400
# Input: joule (J)
# Output: therm (U.S.) 24

NISTtonAssayTOkg<-function(tonAssay) tonAssay * 0.02916667
# Input: ton, assay (AT)
# Output: kilogram (kg)

NISTkgTOtonAssay<-function(kg) kg / 0.02916667
# Input: kilogram (kg)
# Output: ton, assay (AT)

NISTtonAssayTOgram<-function(tonAssay) tonAssay * 29.16667
# Input: ton, assay (AT)
# Output: gram (g)

NISTgramTOtonAssay<-function(gram) gram / 29.16667
# Input: gram (g)
# Output: ton, assay (AT)

NISTtonForceTOnewton<-function(tonForce) tonForce * 8896.443
# Input: ton-force (2000 lbf)
# Output: newton (N)

NISTnewtonTOtonForce<-function(newton) newton / 8896.443
# Input: newton (N)
# Output: ton-force (2000 lbf)

NISTtonForceTOkilonewton<-function(tonForce) tonForce * 8.896443
# Input: ton-force (2000 lbf)
# Output: kilonewton (kN)

NISTkilonewtonTOtonForce<-function(kilonewton) kilonewton / 8.896443
# Input: kilonewton (kN)
# Output: ton-force (2000 lbf)

NISTtonLongTOkg<-function(tonLong) tonLong * 1016.047
# Input: ton, long (2240 lb)
# Output: kilogram (kg)

NISTkgTOtonLong<-function(kg) kg / 1016.047
# Input: kilogram (kg)
# Output: ton, long (2240 lb)

NISTtonLongPerCubYardTOkgPerCubMeter<-function(tonLongPerCubYard) tonLongPerCubYard * 1328.939
# Input: ton, long, per cubic yard
# Output: kilogram per cubic meter (kg/m3)

NISTkgPerCubMeterTOtonLongPerCubYard<-function(kgPerCubMeter) kgPerCubMeter / 1328.939
# Input: kilogram per cubic meter (kg/m3)
# Output: ton, long, per cubic yard

NISTtonSItOkg<-function(tonSI) tonSI * 1000
# Input: ton, metric (t)
# Output: kilogram (kg)

NISTkgTOtonSI<-function(kg) kg / 1000
# Input: kilogram (kg)
# Output: ton, metric (t)

NISTtonneTOkg<-function(tonne) tonne * 1000
# Input: tonne (called metric ton in U.S.) (t)
# Output: kilogram (kg)

NISTkgTOtonne<-function(kg) kg / 1000
# Input: kilogram (kg)
# Output: tonne (called metric ton in U.S.) (t)

NISTtonOfRefrigerationTOwatt<-function(tonOfRefrigeration) tonOfRefrigeration * 3516.853
# Input: ton of refrigeration (12 000 BtuIT/h)
# Output: watt (W)

NISTwattTOtonOfRefrigeration<-function(watt) watt / 3516.853
# Input: watt (W)
# Output: ton of refrigeration (12 000 BtuIT/h)

NISTtonOfTNTtOjoule<-function(tonOfTNT) tonOfTNT * 4.184e+09
# Input: ton of TNT (energy equivalent) 25
# Output: joule (J)

NISTjouleTOtonOfTNT<-function(joule) joule / 4.184e+09
# Input: joule (J)
# Output: ton of TNT (energy equivalent) 25

NISTtonRegisterTOcubMeter<-function(tonRegister) tonRegister * 2.831685
# Input: ton, register
# Output: cubic meter (m3)

NISTcubMeterTOtonRegister<-function(cubMeter) cubMeter / 2.831685
# Input: cubic meter (m3)
# Output: ton, register

NISTtonShortTOkg<-function(tonShort) tonShort * 907.1847
# Input: ton, short (2000 lb)
# Output: kilogram (kg)

NISTkgTOtonShort<-function(kg) kg / 907.1847
# Input: kilogram (kg)
# Output: ton, short (2000 lb)

NISTtonShortPerCubYardTOkgPerCubMeter<-function(tonShortPerCubYard) tonShortPerCubYard * 1186.553
# Input: ton, short, per cubic yard
# Output: kilogram per cubic meter (kg/m3)

NISTkgPerCubMeterTOtonShortPerCubYard<-function(kgPerCubMeter) kgPerCubMeter / 1186.553
# Input: kilogram per cubic meter (kg/m3)
# Output: ton, short, per cubic yard

NISTtonShortPerHourTOkgPerSec<-function(tonShortPerHour) tonShortPerHour * 0.2519958
# Input: ton, short, per hour
# Output: kilogram per second (kg/s)

NISTkgPerSecTOtonShortPerHour<-function(kgPerSec) kgPerSec / 0.2519958
# Input: kilogram per second (kg/s)
# Output: ton, short, per hour

NISTtorrTOpascal<-function(torr) torr * 133.3224
# Input: torr (Torr)
# Output: pascal (Pa)

NISTpascalTOtorr<-function(pascal) pascal / 133.3224
# Input: pascal (Pa)
# Output: torr (Torr)

NISTunPoleTOweber<-function(unPole) unPole * 1.256637e-07
# Input: unit pole
# Output: weber (Wb)

NISTweberTOunPole<-function(weber) weber / 1.256637e-07
# Input: weber (Wb)
# Output: unit pole

NISTwattHourTOjoule<-function(wattHour) wattHour * 3600
# Input: watt hour (W * h)
# Output: joule (J)

NISTjouleTOwattHour<-function(joule) joule / 3600
# Input: joule (J)
# Output: watt hour (W * h)

NISTwattPerSqrCmTOwattPerSqrMeter<-function(wattPerSqrCm) wattPerSqrCm * 10000
# Input: watt per square centimeter (W/cm2)
# Output: watt per square meter (W/m2)

NISTwattPerSqrMeterTOwattPerSqrCm<-function(wattPerSqrMeter) wattPerSqrMeter / 10000
# Input: watt per square meter (W/m2)
# Output: watt per square centimeter (W/cm2)

NISTwattPerSqrInchTOwattPerSqrMeter<-function(wattPerSqrInch) wattPerSqrInch * 1550.003
# Input: watt per square inch (W/in2)
# Output: watt per square meter (W/m2)

NISTwattPerSqrMeterTOwattPerSqrInch<-function(wattPerSqrMeter) wattPerSqrMeter / 1550.003
# Input: watt per square meter (W/m2)
# Output: watt per square inch (W/in2)

NISTwattSecTOjoule<-function(wattSec) wattSec * 1
# Input: watt second (W * s)
# Output: joule (J)

NISTjouleTOwattSec<-function(joule) joule / 1
# Input: joule (J)
# Output: watt second (W * s)

NISTyardTOmeter<-function(yard) yard * 0.9144
# Input: yard (yd)
# Output: meter (m)

NISTmeterTOyard<-function(meter) meter / 0.9144
# Input: meter (m)
# Output: yard (yd)

NISTyearTOsec<-function(year) year * 31536000
# Input: year (365 days)
# Output: second (s)

NISTsecTOyear<-function(sec) sec / 31536000
# Input: second (s)
# Output: year (365 days)

NISTyearSiderealTOsec<-function(yearSidereal) yearSidereal * 31558150
# Input: year (sidereal)
# Output: second (s)

NISTsecTOyearSidereal<-function(sec) sec / 31558150
# Input: second (s)
# Output: year (sidereal)

NISTyearTropicalTOsec<-function(yearTropical) yearTropical * 31556930
# Input: year (tropical)
# Output: second (s)

NISTsecTOyearTropical<-function(sec) sec / 31556930
# Input: second (s)
# Output: year (tropical)

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NISTunits documentation built on May 31, 2017, 5:08 a.m.