calculand - The unit list (page 152)
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Impressum/Contact
Specific heat capacity [c - Specific entropy (Thermodynamics)]
- → Attojoule per kilogram kelvin [aJ/kg K] ≈ 1,0 · 10-18 J/kg K
- → Boltzmann constant per kilogam [k(B)/kg] ≈ 1,38065 · 10-23 J/kg K
- → Boltzmann constant per pound [k(B)/lb] ≈ 3,04381 · 10-23 J/kg K
- → Boltzmann constant per unified atomic mass unit [k(B)/u, k(B)/amu] ≈ 8.314,46221 J/kg K
- → British thermal unit per kilogram kelvin [BTU/kg K] ≈ 1.055,05585 J/kg K
- → British thermal unit per pound degree Fahrenheit [BTU/lb °F] ≈ 4186,8 J/kg K
- → British thermal unit per pound kelvin [BTU/lb K] ≈ 2.326 J/kg K
- → Calorie per kilogram kelvin [cal/kg K] ≈ 4,1868 J/kg K
- → Centijoule per kilogram kelvin [cJ/kg K] ≈ 0,01 J/kg K
- → Decajoule per kilogram kelvin [daJ/kg K] ≈ 10 J/kg K
- → Decijoule per kilogram kelvin [dJ/kg K] ≈ 0,1 J/kg K
- → Electronvolt per electron mass kelvin [eV/mₑ K] ≈ 175.882.008.707 J/kg K
- → Electronvolt per kilogram kelvin [eV/kg K] ≈ 1,60218 · 10-19 J/kg K
- → Erg per kilogram kelvin [erg/kg K] ≈ 1,0 · 10-7 J/kg K
- → Exajoule per kilogram kelvin [EJ/kg K] ≈ 1,0 · 10+18 J/kg K
- → Femtojoule per kilogram kelvin [fJ/kg K] ≈ 1,0 · 10-15 J/kg K
- → Gigajoule per kilogram kelvin [GJ/kg K] ≈ 1.000.000.000 J/kg K
- → Hectojoule per kilogram kelvin [hJ/kg K] ≈ 100 J/kg K
- → Joule per gram kelvin [J/g K] ≈ 1.000 J/kg K
- → Joule per kilogram degree Celsius [J/kg °C] ≈ 1 J/kg K
- → Joule per kilogram degree Delisle [J/kg °De] ≈ 1,5 J/kg K
- → Joule per kilogram degree Fahrenheit [J/kg °F] ≈ 1,8 J/kg K
- → Joule per kilogram degree Newton [J/kg °N] ≈ 0,33 J/kg K
- → Joule per kilogram degree Rankine [J/kg °Ra] ≈ 1,8 J/kg K
- → Joule per kilogram degree Réaumur [J/kg °Ré] ≈ 0,8 J/kg K
- → Joule per kilogram degree Rømer [J/kg °Rø] ≈ 0,525 J/kg K
- → Joule per kilogram degree Wedgwood [J/kg °We] ≈ 0,02941 J/kg K
- → Joule per kilogram kelvin [J/kg K] ≈ 1 J/kg K
- → Joule per kilogram planck temperature [J/kg T(P)] ≈ 7,05716 · 10-33 J/kg K
- → Joule per milligram kelvin [J/mg K] ≈ 1.000.000 J/kg K
- → Joule per ounce degree Fahrenheit [J/oz. °F] ≈ 63,49313 J/kg K
- → Joule per ounce kelvin [J/oz. K] ≈ 35,27396 J/kg K
- → Joule per pound degree Fahrenheit [J/lb °F] ≈ 3,96832 J/kg K
- → Joule per pound kelvin [J/lb K] ≈ 2,20462 J/kg K
- → Kilocalorie per kilogram kelvin [kcal/kg K] ≈ 4186,8 J/kg K
- → Kilojoule per kilogram kelvin [kJ/kg K] ≈ 1.000 J/kg K
- → Kilowatt hour per kilogram kelvin [kWh/kg K] ≈ 3.600.000 J/kg K
- → Megajoule per kilogram kelvin [MJ/kg K] ≈ 1.000.000 J/kg K
- → Microjoule per kilogram kelvin [µJ/kg K] ≈ 1,0 · 10-6 J/kg K
- → Millijoule per kilogram kelvin [mJ/kg K] ≈ 0,001 J/kg K
- → Nanojoule per kilogram kelvin [nJ/kg K] ≈ 1,0 · 10-9 J/kg K
- → Petajoule per kilogram kelvin [PJ/kg K] ≈ 1,0 · 10+15 J/kg K
- → Picojoule per kilogram kelvin [pJ/kg K] ≈ 1,0 · 10-12 J/kg K
- → Square inch per degree Fahrenheit second squared [in²/°F s²] ≈ 0,00116 J/kg K
- → Square inch per kelvin second squared [in²/K s²] ≈ 0,00065 J/kg K
- → Square metre per kelvin second squared [m²/K s²] ≈ 1 J/kg K
- → Terajoule per kilogram kelvin [TJ/kg K] ≈ 1,0 · 10+12 J/kg K
- → Yoctojoule per kilogram kelvin [yJ/kg K] ≈ 1,0 · 10-24 J/kg K
- → Yottajoule per kilogram kelvin [YJ/kg K] ≈ 1,0 · 10+24 J/kg K
- → Zeptojoule per kilogram kelvin [zJ/kg K] ≈ 1,0 · 10-21 J/kg K
- → Zettajoule per kilogram kelvin [ZJ/kg K] ≈ 1,0 · 10+21 J/kg K