calculand - Die Einheiten-Liste (Seite 35)
Einheiten umrechnen
Grössen umrechnen
Zahlensysteme
Primzahlen berechnen
WARP umrechnen
Volumenformeln
Flächenformeln
Längenformeln
Energieformeln
Kraftformeln
Druckformeln
Leistungsformeln
Geschwindigkeitsformeln
Wärmeformeln
Lichtformeln
Exponenten, Wurzeln
Logarithmus
Winkelfunktionen
Elemente und Stoffe
Formelsammlung
Einheiten-Liste
Grössen-Liste
Zahlensystem-Liste
Impressum/Kontakt
Entropie [S - Thermodynamik]
- → Attojoule pro Kelvin [aJ/K] ≈ 1,0 · 10-18 J/K
- → Boltzmann-Konstante [k(B)] ≈ 1,38065 · 10-23 J/K
- → Clausius [Cl] ≈ 4,1868 J/K
- → Dekajoule pro Kelvin [daJ/K] ≈ 10 J/K
- → Dezijoule pro Kelvin [dJ/K] ≈ 0,1 J/K
- → Dynmeter pro Kelvin [dynm/K] ≈ 1,0 · 10-5 J/K
- → Elektronenvolt pro Kelvin [eV/K] ≈ 1,60218 · 10-19 J/K
- → Erg pro Kelvin [erg/K] ≈ 1,0 · 10-7 J/K
- → Exaelektronenvolt pro Kelvin [EeV/K] ≈ 0,16022 J/K
- → Exajoule pro Kelvin [EJ/K] ≈ 1,0 · 10+18 J/K
- → Femtojoule pro Kelvin [fJ/K] ≈ 1,0 · 10-15 J/K
- → Gigaelektronenvolt pro Kelvin [GeV/K] ≈ 1,60218 · 10-10 J/K
- → Gigajoule pro Kelvin [GJ/K] ≈ 1.000.000.000 J/K
- → Hektojoule pro Kelvin [hJ/K] ≈ 100 J/K
- → Joule pro Grad Celsius [J/°C] ≈ 1 J/K
- → Joule pro Grad Delisle [J/°De] ≈ 1,5 J/K
- → Joule pro Grad Fahrenheit [J/°F] ≈ 1,8 J/K
- → Joule pro Grad Newton [J/°N] ≈ 0,33 J/K
- → Joule pro Grad Rankine [J/°Ra] ≈ 1,8 J/K
- → Joule pro Grad Réaumur [J/°Ré] ≈ 0,8 J/K
- → Joule pro Grad Rømer [J/°Rø] ≈ 0,525 J/K
- → Joule pro Grad Wedgwood [J/°We] ≈ 0,02941 J/K
- → Joule pro Kelvin [J/K] ≈ 1 J/K
- → Joule pro Planck-Temperatur [J/T(P)] ≈ 7,05716 · 10-33 J/K
- → Kalorie pro Kelvin [cal/K] ≈ 4,1868 J/K
- → Kiloelektronenvolt pro Kelvin [keV/K] ≈ 1,60218 · 10-16 J/K
- → Kilogramm Quadratmeter pro Kelvin Quadratsekunde [kg m²/K s²] ≈ 1 J/K
- → Kilojoule pro Kelvin [kJ/K] ≈ 1.000 J/K
- → Kilokalorie pro Kelvin [kcal/K] ≈ 4186,8 J/K
- → Kilopondmeter pro Kelvin [kpm/K] ≈ 9,80665 J/K
- → Kilowattstunde pro Grad Celsius [kWh/°C] ≈ 3.600.000 J/K
- → Kilowattstunde pro Grad Fahrenheit [kWh/°F] ≈ 6.480.000 J/K
- → Kilowattstunde pro Kelvin [kWh/K] ≈ 3.600.000 J/K
- → Mayer [mayer] ≈ 1 J/K
- → Megaelektronenvolt pro Kelvin [MeV/K] ≈ 1,60218 · 10-13 J/K
- → Megajoule pro Kelvin [MJ/K] ≈ 1.000.000 J/K
- → Meterkilopond pro Kelvin [mkp/K] ≈ 9,80665 J/K
- → Mikrojoule pro Kelvin [µJ/K] ≈ 1,0 · 10-6 J/K
- → Millijoule pro Kelvin [mJ/K] ≈ 0,001 J/K
- → Nanojoule pro Kelvin [nJ/K] ≈ 1,0 · 10-9 J/K
- → Newtonmeter pro Kelvin [Nm/K] ≈ 1 J/K
- → Petaelektronenvolt pro Kelvin [PeV/K] ≈ 0,00016 J/K
- → Petajoule pro Kelvin [PJ/K] ≈ 1,0 · 10+15 J/K
- → Pikojoule pro Kelvin [pJ/K] ≈ 1,0 · 10-12 J/K
- → Planck-Energie pro Kelvin [E(P)/K] ≈ 1.956.100.000 J/K
- → Planck-Energie pro Planck-Temperatur [E(P)/T(P)] ≈ 1,39721 · 10-23 J/K
- → Pondmeter pro Kelvin [pm/K] ≈ 0,00981 J/K
- → Pound Quadratzoll pro Kelvin Quadratsekunde [lb in²/K s²] ≈ 0,00029 J/K
- → Pound Quadratzoll pro Kelvin Quadratsekunde [lb in²/K s²] ≈ 0,00029 J/K
- → Teraelektronenvolt pro Kelvin [TeV/K] ≈ 1,60218 · 10-7 J/K
- → Terajoule pro Kelvin [TJ/K] ≈ 1,0 · 10+12 J/K
- → Wattminute pro Kelvin [Wmin/K] ≈ 60 J/K
- → Wattsekunde pro Kelvin [Ws/K] ≈ 1 J/K
- → Wattstunde pro Kelvin [Wh/K] ≈ 3.600 J/K
- → Yoctojoule pro Kelvin [yJ/K] ≈ 1,0 · 10-24 J/K
- → Yottaelektronenvolt pro Kelvin [YeV/K] ≈ 160217,6565 J/K
- → Yottajoule pro Kelvin [YJ/K] ≈ 1,0 · 10+24 J/K
- → Zentijoule pro Kelvin [cJ/K] ≈ 0,01 J/K
- → Zeptojoule pro Kelvin [zJ/K] ≈ 1,0 · 10-21 J/K
- → Zettaelektronenvolt pro Kelvin [ZeV/K] ≈ 160,21766 J/K
- → Zettajoule pro Kelvin [ZJ/K] ≈ 1,0 · 10+21 J/K