Gas idealen konstante

Gasen konstante unibertsala ez da funtsezko konstante bat, arrazoi honegatik, unitate sistema praktikoenak hartuta, honek dira R-ren balioak:

${\displaystyle R={\begin{cases}=0,08205746\mathrm {\left[{\frac {atm\cdot L}{mol\cdot K}}\right]} \\=62,36367\mathrm {\left[{\frac {mmHg\cdot L}{mol\cdot K}}\right]} \\=1,987207\mathrm {\left[{\frac {cal}{mol\cdot K}}\right]} \\=8,314472\mathrm {\left[{\frac {J}{mol\cdot K}}\right]} \\\end{cases}}}$

1. ${\displaystyle R=8,314472\quad \mathrm {J/\left(K\cdot mol\right)} }$
2. ${\displaystyle R=8,314472\cdot 10^{-3}\ \quad \mathrm {kJ/\left(K\cdot mol\right)} }$
3. ${\displaystyle R=0,08205746\quad \mathrm {L\cdot atm/\left(K\cdot mol\right)} }$
4. ${\displaystyle R=8,205746\cdot 10^{-5}\quad \mathrm {m^{3}\cdot atm/\left(K\cdot mol\right)} }$
5. ${\displaystyle R=8,314472\quad \mathrm {cm^{3}\cdot MPa/\left(K\cdot mol\right)} }$
6. ${\displaystyle R=8,314472\quad \mathrm {L\cdot kPa/\left(K\cdot mol\right)} }$
7. ${\displaystyle R=8,314472\quad \mathrm {m^{3}\cdot Pa/\left(K\cdot mol\right)} }$
8. ${\displaystyle R=62,36367\quad \mathrm {L\cdot mmHg/\left(K\cdot mol\right)} }$
9. ${\displaystyle R=62,36365\quad \mathrm {L\cdot Torr/\left(K\cdot mol\right)} }$
10. ${\displaystyle R=83,14472\quad \mathrm {L\cdot mbar/\left(K\cdot mol,\right)} }$
11. ${\displaystyle R=1,987\quad \mathrm {cal/\left(K\cdot mol\right)} }$
12. ${\displaystyle R=6,132440\quad \mathrm {lbf\cdot ft\cdot K^{-1}\cdot g-mol^{-1}} }$
13. ${\displaystyle R=10,73159\quad \mathrm {ft^{3}\cdot {psi}\cdot {}^{\circ }R^{-1}\cdot lb-mol^{-1}} }$
14. ${\displaystyle R=0,7302413\quad ft^{3}\cdot atm\cdot {}^{\circ }R^{-1}\cdot lb-mol^{-1}}$
15. ${\displaystyle R=2,2024\quad ft^{3}\cdot mmHg\cdot K^{-1}\cdot mol^{-1}}$
16. ${\displaystyle R=8,314472\cdot 10^{7}\quad erg\cdot K^{-1}\cdot mol^{-1}}$
17. ${\displaystyle R=1716\quad ft\cdot lb\cdot {}^{\circ }R^{-1}\cdot slug^{-1}\;}$
18. ${\displaystyle R=286,9\quad N\cdot m\cdot kg^{-1}\cdot K^{-1}}$
19. ${\displaystyle R=286,9\quad J\cdot kg^{-1}\cdot K^{-1}\;}$
20. ${\displaystyle R=0,08205746\quad dm^{3}\cdot atm/\left(K\cdot mol\right)}$
21. ${\displaystyle R=8,314472\cdot 10^{-5}\quad m^{3}\cdot bar/\left(K\cdot mol\right)}$

• Gas idealen legeak
• Gas ideal

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