For two mole of an ideal gas :

For two moles of an ideal gas, which of the following is true?

Internal energy of two moles of an ideal gas at a temperature of 127^(@)C is 1200R . Then find the molar specific heat of the gas at constant pressure?

Temperature of two moles of an ideal gas is increased by 300K in a process V=a/T , where a is positive constant. Find work done by the gas in the given process.

Temperature of two moles of an ideal gas is increased by 300K in a process V=a/T , where a is positive constant. Find work done by the gas in the given process.

Internal energy of two moles of an ideal gas at a temperature of 127^(@)C is 1200R . Then find the molar specific heat of the gas at constant pressure?

Internal energy of two moles of an ideal gas at temperature of 27^(@)C is 1200 R . Then find the molar specific heat of the has at constant pressure ?

Internal energy of two moles of an ideal gas at temperature of 27^(@)C is 1200 R . Then find the molar specific heat of the has at constant pressure ?

The volume and pressure of two moles of an ideal gas are V and P respectively . Another 1 mole ideal gas having volume 2V exerts the same pressure P . Molecular mass of the second has is 16 times that of the first gas . compare the rms velocities of two gases .

The volume and pressure of two moles of an ideal gas and V and p respectively Another 1mol ideal gas having volume 2V also exerts the same pressure p. Molecular mass of the second gas is 16 times that of the first gas. Compare the rms velocities of the two gases.

Derive an expression for maximum work in isothermal reversible expansion of two mole of an ideal gas.