The translational kinetic energy of the molecules of a gas at absolute temperature $T$ can be doubled by:

Assuming the expression for the pressure exerted by the gas, it can be shown that pressure is

$A$ parallel beam of particles of mass $m$ moving with velocity $v$ impinges on a wall at an angle $\theta$ to its normal. The number of particles per unit volume in the beam is $n$. If the collision of particles with the wall is elastic,then the pressure exerted by this beam on the wall is

What is the pressure of hydrogen in a cylinder of volume $10 \text{ litre}$ if its total energy of translation is $7.5 \times 10^3 \text{ J}$?

The kinetic energy,due to translational motion,of most of the molecules of an ideal gas at absolute temperature $T$ is proportional to:

By using which equation can the force acting on the walls of a container due to gas molecules be obtained?