calculand - The unit list (page 51)
Unit converter
Quantity converter
Numeral systems
Calculate primes
Convert WARP
Volume formulas
Area formulas
Length formulas
Energy formulas
Force formulas
Pressure formulas
Power formulas
Velocity formulas
Heat formulas
Light formulas
Exponents, roots
Logarithm
Circular functions
Elements and materials
Formula collection
Unit list
Quantity list
Numeral systems list
Impressum/Contact
Entropy [S - Thermodynamics]
- → Attojoule per kelvin [aJ/K] ≈ 1,0 · 10-18 J/K
- → Boltzmann constant [k(B)] ≈ 1,38065 · 10-23 J/K
- → Calorie per kelvin [cal/K] ≈ 4,1868 J/K
- → Centijoule per kelvin [cJ/K] ≈ 0,01 J/K
- → Clausius [Cl] ≈ 4,1868 J/K
- → Decajoule per kelvin [daJ/K] ≈ 10 J/K
- → Decijoule per kelvin [dJ/K] ≈ 0,1 J/K
- → Dyne metre per kelvin [dynm/K] ≈ 1,0 · 10-5 J/K
- → Electronvolt per kelvin [eV/K] ≈ 1,60218 · 10-19 J/K
- → Erg per kelvin [erg/K] ≈ 1,0 · 10-7 J/K
- → Exaelectronvolt per kelvin [EeV/K] ≈ 0,16022 J/K
- → Exajoule per kelvin [EJ/K] ≈ 1,0 · 10+18 J/K
- → Femtojoule per kelvin [fJ/K] ≈ 1,0 · 10-15 J/K
- → Gigaelectronvolt per kelvin [GeV/K] ≈ 1,60218 · 10-10 J/K
- → Gigajoule per kelvin [GJ/K] ≈ 1.000.000.000 J/K
- → Hectojoule per kelvin [hJ/K] ≈ 100 J/K
- → Joule per degree Celsius [J/°C] ≈ 1 J/K
- → Joule per degree Delisle [J/°De] ≈ 1,5 J/K
- → Joule per degree Fahrenheit [J/°F] ≈ 1,8 J/K
- → Joule per degree Newton [J/°N] ≈ 0,33 J/K
- → Joule per degree Rankine [J/°Ra] ≈ 1,8 J/K
- → Joule per degree Réaumur [J/°Ré] ≈ 0,8 J/K
- → Joule per degree Rømer [J/°Rø] ≈ 0,525 J/K
- → Joule per degree Wedgwood [J/°We] ≈ 0,02941 J/K
- → Joule per kelvin [J/K] ≈ 1 J/K
- → Joule per planck temperature [J/T(P)] ≈ 7,05716 · 10-33 J/K
- → Kilocalorie per kelvin [kcal/K] ≈ 4186,8 J/K
- → Kiloelectronvolt per kelvin [keV/K] ≈ 1,60218 · 10-16 J/K
- → Kilogram square metre per kelvin second squared [kg m²/K s²] ≈ 1 J/K
- → Kilojoule per kelvin [kJ/K] ≈ 1.000 J/K
- → Kilopond metre per kelvin [kpm/K] ≈ 9,80665 J/K
- → Kilowatt hour per degree Celsius [kWh/°C] ≈ 3.600.000 J/K
- → Kilowatt hour per degree Fahrenheit [kWh/°F] ≈ 6.480.000 J/K
- → Kilowatt hour per kelvin [kWh/K] ≈ 3.600.000 J/K
- → Mayer [mayer] ≈ 1 J/K
- → Megaelectronvolt per kelvin [MeV/K] ≈ 1,60218 · 10-13 J/K
- → Megajoule per kelvin [MJ/K] ≈ 1.000.000 J/K
- → Metre kilopond per kelvin [mkp/K] ≈ 9,80665 J/K
- → Microjoule per kelvin [µJ/K] ≈ 1,0 · 10-6 J/K
- → Millijoule per kelvin [mJ/K] ≈ 0,001 J/K
- → Nanojoule per kelvin [nJ/K] ≈ 1,0 · 10-9 J/K
- → Newton metre per kelvin [Nm/K] ≈ 1 J/K
- → Petaelectronvolt per kelvin [PeV/K] ≈ 0,00016 J/K
- → Petajoule per kelvin [PJ/K] ≈ 1,0 · 10+15 J/K
- → Picojoule per kelvin [pJ/K] ≈ 1,0 · 10-12 J/K
- → Planck energy per kelvin [E(P)/K] ≈ 1.956.100.000 J/K
- → Planck energy per planck temperature [E(P)/T(P)] ≈ 1,39721 · 10-23 J/K
- → Pond metre per kelvin [pm/K] ≈ 0,00981 J/K
- → Pound square inch per kelvin second squared [lb in²/K s²] ≈ 0,00029 J/K
- → Pound square inch per kelvin second squared [lb in²/K s²] ≈ 0,00029 J/K
- → Teraelectronvolt per kelvin [TeV/K] ≈ 1,60218 · 10-7 J/K
- → Terajoule per kelvin [TJ/K] ≈ 1,0 · 10+12 J/K
- → Watt hour per kelvin [Wh/K] ≈ 3.600 J/K
- → Watt minute per kelvin [Wmin/K] ≈ 60 J/K
- → Watt second per kelvin [Ws/K] ≈ 1 J/K
- → Yoctojoule per kelvin [yJ/K] ≈ 1,0 · 10-24 J/K
- → Yottaelectronvolt per kelvin [YeV/K] ≈ 160217,6565 J/K
- → Yottajoule per kelvin [YJ/K] ≈ 1,0 · 10+24 J/K
- → Zeptojoule per kelvin [zJ/K] ≈ 1,0 · 10-21 J/K
- → Zettaelectronvolt per kelvin [ZeV/K] ≈ 160,21766 J/K
- → Zettajoule per kelvin [ZJ/K] ≈ 1,0 · 10+21 J/K