physics-0.1.2.1: dimensions, quantities and constants

Safe HaskellNone
LanguageHaskell2010

Physics.Units.Derived

Documentation

type Farad = SI N2 N1 P4 P2 Z Z Z Source #

farad :: Num a => Farad a Source #

type Lux = SI N2 Z Z Z Z Z P1 Source #

lux :: Num a => Lux a Source #

type Pascal = SI N1 P1 N2 Z Z Z Z Source #

type Hertz = SI Z Z N1 Z Z Z Z Source #

hertz :: Num a => Hertz a Source #

type Katal = SI Z Z N1 Z Z P1 Z Source #

katal :: Num a => Katal a Source #

type Radian = SI Z Z Z Z Z Z Z Source #

type Steradian = SI Z Z Z Z Z Z Z Source #

type Lumen = SI Z Z Z Z Z Z P1 Source #

lumen :: Num a => Lumen a Source #

type Coulomb = SI Z Z P1 P1 Z Z Z Source #

type Tesla = SI Z P1 N2 N1 Z Z Z Source #

tesla :: Num a => Tesla a Source #

type Newton = SI P1 P1 N2 Z Z Z Z Source #

type Gray = SI P2 Z N2 Z Z Z Z Source #

gray :: Num a => Gray a Source #

type Sievert = SI P2 Z N2 Z Z Z Z Source #

type Ohm = SI P2 P1 N3 N2 Z Z Z Source #

ohm :: Num a => Ohm a Source #

type Volt = SI P2 P1 N3 N1 Z Z Z Source #

volt :: Num a => Volt a Source #

type Watt = SI P2 P1 N3 Z Z Z Z Source #

watt :: Num a => Watt a Source #

type Henry = SI P2 P1 N2 N2 Z Z Z Source #

henry :: Num a => Henry a Source #

type Weber = SI P2 P1 N2 N1 Z Z Z Source #

weber :: Num a => Weber a Source #

type Joule = SI P2 P1 N2 Z Z Z Z Source #

joule :: Num a => Joule a Source #