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{{r|Ideal gas law}}

{{r|Ideal gas law}}

{{r|Ideal gas law}}

...ge number of fundamental equations in the physical sciences, such as the [[ideal gas law]] and other [[Equation of state|equations of state]] and the [[Nernst equat The gas constant occurs in the [[ideal gas law]] as follows:

{{r|Ideal gas law}}

...Force is measured as pressure P. An early princple of the theory was the ideal gas law, PV = nRT; n being the number of moles of the gas and R, the Universal Gas is equivalent to the Ideal Gas Law.

{{r|Ideal gas law}}

{{r|Ideal gas law}}

{{main|Ideal gas law}} ...s applicable for hypothetical gases with no [[intermolecular forces]]. The ideal gas law is a useful approximation for predicting the behavior of many gases over a

{{main|Ideal gas law}} ...s applicable for hypothetical gases with no [[intermolecular forces]]. The ideal gas law is a useful approximation for predicting the behavior of many gases over a

{{r|Ideal gas law}}

...eactants involved in chemical reactions by using, for the most part, the [[ideal gas law]].<ref>{{cite book|author=John Olmstead III and Gregory M. Williams|title=C The ideal gas law and the [[molar gas constant|universal molar gas constant]] of R = 8.205745

...ease in the [[temperature]] of a real [[gas]] (as differentiated from an [[Ideal gas law|ideal gas]]) or a [[liquid]] when allowed to expand freely through a [[valv

...ease in the [[temperature]] of a real [[gas]] (as differentiated from an [[Ideal gas law|ideal gas]]) or a [[liquid]] when allowed to expand freely through a [[valv

...throughout the atmosphere. Further it is used that the atmosphere is an [[ideal gas law|ideal gas]]. The equation thus obtained is a form of a [[Boltzmann distribu ...that the molar density is the number of moles per volume, we get for an [[ideal gas law|ideal gas]],

...e, a subsystem can be a single [[molecule]] in, say, one [[mole]] of an [[ideal gas law|ideal gas]]. Then the Boltzmann distribution applies to the energies of the

*[[Ideal gas law|Ideal gas]], in physics.

...the [[enthalpy]] and <math>U</math> for the [[internal energy]]. For an [[Ideal gas law|ideal gas]], the [[heat capacity]] is constant with temperature. Accordingl Using the ideal gas law, <math>pV = nRT</math>, equation (1) can be re-arranged to:

...the [[enthalpy]] and <math>U</math> for the [[internal energy]]. For an [[Ideal gas law|ideal gas]], the [[heat capacity]] is constant with temperature. Accordingl Using the ideal gas law, <math>pV = nRT</math>, equation (1) can be re-arranged to:

{{r|Ideal gas law}}