Equation of State: Ideal Gas: Difference between revisions
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The Ideal Gas Equation of State is given by: | The Ideal Gas Equation of State is given by: | ||
:<math> \left. p V = N k_B T \right. </math> | |||
or | |||
:<math> \left. p V = n R T \right.</math> | |||
where: | where: | ||
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* <math> R </math> is the Gas constant; <math> R = N_A k_B </math>, with <math> N_A </math> being [[Avogadro constant]] | * <math> R </math> is the Gas constant; <math> R = N_A k_B </math>, with <math> N_A </math> being [[Avogadro constant]] | ||
[[Category:Equations of state]] |
Revision as of 12:28, 27 February 2007
Benoit Paul Emile Clapeyron (1799-1864 France)
The Ideal Gas Equation of State is given by:
or
where:
- is the pressure
- is the volume
- is the number of molecules
- is the number of moles
- is the absolute temperature
- is the Boltzmann constant
- is the Gas constant; , with being Avogadro constant