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Relation between Cp and Cv

A sample of g...

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{ A sample of gas in a box is at pressure }P_0 and }}{ temperature }T_0 . If number of molecules is doubled }} and total kinetic energy of the gas is kept constant, } then final temperature and pressure will be

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Q. A sample of gas in a box is at pressure

P_{0}

and temperature

T_{0}

. If number of molecules is doubled and total kinetic energy of the gas kept constant then final temperature and pressure will be

Q. A box contains

N

molecules of a perfect gas at temperature

T_{1}

P_{1}

. The number of molecules in the box is doubled keeping the total kinetic energy of the gas same as before. If the new pressure and temperature are

P_{2}

T_{2}

respectively, then

Q. A box contains

N

molecules of a perfect gas at temperature

T_{1}

P_{1}

. The number of molecules in the box is doubled keeping the total kinetic energy of the gas same as before. If the new pressure is

P_{2}

and temperature is

T_{2}

Q. A box contains

N

molecules of a perfect ideal gas at temperature

T_{1}

P_{1}

. The number of molecules in the box is doubled keeping the total kinetic energy of the gas same as before. If the new pressure is

P_{2}

and new temperature is

T_{2}

N

molecules of an ideal gas at temperature

T_{1}

P_{1}

are contained in a closed box. The molecules in the box gets doubled, Keeping total kinetic energy same. If new pressure is

P_{2}

and temperature is

T_{2}

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Relation between Cp and Cv

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