Derive an expression for Charles' law from kinetic gas equation.
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❇ An expression for CHARLES ' LAW from Kinetic gas equation :
Relation between Temperature and mean molecular Kinetic energy.
E = 3/ 2 kT ( k = Boltzman constant ).
pV = 2 / 3 E (k)
E ( k) ∝ T
pV ∝ T
At constant pressure,
➥ V ∝ T.
❇ An expression for CHARLES ' LAW from Kinetic gas equation :
Relation between Temperature and mean molecular Kinetic energy.
E = 3/ 2 kT ( k = Boltzman constant ).
pV = 2 / 3 E (k)
E ( k) ∝ T
pV ∝ T
At constant pressure,
➥ V ∝ T.
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Here is your answer.....
Charles Law Formula. ... At very high temperatures and low pressures, gases obey Charles'law. Derivation: Charles' Lawstates that at a constant pressure, the volume of a fixed mass of a dry gas is directly proportional to its absolute temperature.
Here is your answer.....
Charles Law Formula. ... At very high temperatures and low pressures, gases obey Charles'law. Derivation: Charles' Lawstates that at a constant pressure, the volume of a fixed mass of a dry gas is directly proportional to its absolute temperature.
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