The relation between volume V pressure P and absolute temperature T of an ideal gas is PV - xT where x is a constant- The value of x dependsuponA- The mass of the gas moleculeB- The average kinetic energy of the gas moleculesC- P- V and TD- The number of gas molecules in volume V

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The relation between volume $V$ pressure $P$ and absolute temperature $T$ of an ideal gas is $P V = x T$ where x is a constant. The value of x depends upon

The mass of the gas molecule

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The average kinetic energy of the gas molecules

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P, V and T

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The number of gas molecules in volume V

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Solution

The correct options are
A
The mass of the gas molecule

D
The number of gas molecules in volume V

x= nR where n is the number of moles of the gas

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The relation between volume V pressure P and absolute temperature T of an ideal gas is PV = xT where x is a constant. The value of x depends upon

The correct options are A The mass of the gas molecule D The number of gas molecules in volume V x= nR where n is the number of moles of the gas

The relation between volume $V$ pressure $P$ and absolute temperature $T$ of an ideal gas is $P V = x T$ where x is a constant. The value of x depends upon

The correct options are
A
The mass of the gas molecule

D
The number of gas molecules in volume V

x= nR where n is the number of moles of the gas