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@wikipedia


Equation of State for the Ideal Gas:

(1) \rho(T, p) = \frac{M}{R} \cdot \frac{p}{T}

where

\rho

Gas density

p

Gas pressure

M

Gas molar mass


T

Gas temperature

R

Gas constant


Alternative forms


(2) p = n \, k \, T

(3) p = \rho_m \, R \, T
(4) p = \frac{R \, T}{V_m}
(5) p \, V = \nu \, R \, T
(6) Z = 1

n = \frac{\rho}{M}

Gas concentration

\rho_m

Gas molar density

V_m

Gas molar volume

V

Gas volume

Z

Compressibility factor

k

Boltzmann constant

\nu

Amount of gas substance


See also


Natural Science / Physics / Thermodynamics / Equation of State

Ideal Gas ]

Real Gas EOS @model ]







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