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26 Nov 2019
one mole of an ideal gas with a constant thermal capacity Cv isplaced inside a cylinder with diathermal walls with a piston.Thepiston can move without friction.The pressure of the gas changedrapidly from P1 to P2.As a result the gas will change itsvolume.Calculate the temperature and the volume of the gas afterthe thermal equilibrium is reached.
in the previous problem after the thermal equilibrium is reachedthe pressure of the gas is again changed rapidly to initialpressure P1.What is the final pressure and volume of the gas whenthe thermal equilibrium is reached again?
one mole of an ideal gas with a constant thermal capacity Cv isplaced inside a cylinder with diathermal walls with a piston.Thepiston can move without friction.The pressure of the gas changedrapidly from P1 to P2.As a result the gas will change itsvolume.Calculate the temperature and the volume of the gas afterthe thermal equilibrium is reached.
in the previous problem after the thermal equilibrium is reachedthe pressure of the gas is again changed rapidly to initialpressure P1.What is the final pressure and volume of the gas whenthe thermal equilibrium is reached again?
