The size of container B is double that of A and gas in B is at double the temperature and pressure than vthat in A. The ratio of molecules in the two containers will then be –

Gas containing double bond.

If the temperature and pressure of a gas is doubled the mean free path of the gas molecules

Two vessels A and B contain the same ideal gas. The volume of B is twice that of A, the pressure in B is twice that in A and the temperature of B is twice that of A. The ratio of the number of gas molecules in A and B is

If the rms velocity of the molecules of a gas in a container be doubled then the pressure of the gas will.

IF the number of gas molecules in a container in doubled, how will the pressure and the total kinetic energy of the gas molecules of that container change?