Two different gases A and B are enclosed in two vessels at pressure `P_(1)` and `P_(2)` respectively. If temperature of both the gases is the same, what will be the ratio of average `KE//"molecule"` of the two gases ?

Two bulbs A and B of equal capacity are filled with He and SO_(2) , respectively, at the same temperature. (a) If the pressures in the two bulbs are same, what will be the ratio of the velocities of the molecules of the two gases?

Equal mass of two gases A and B are kept in two separate containers under the same conditions of temperature and pressure. If the ratio of molar masses of A and B be 2:3, then what will be the ratio of volumes of the two containers?

Equal masses of the two gases A and B are kept in two separate vessels at the same temperature and pressure. If the ratio of the molecular masses of A and B is 2:3 Find the ratio of the volume of the two vessels.

Equal masses of the two gases A and B are kept in two separate vessels at the same temperature and pressure. If the ratio of the molecular masses of A and B is 2 : 3 , find the ratio of the volumes of the two vessels.

Equal masses of the two gases A and B are kept in two separate vessels at the same temperature and pressure. If the ratio of the molecular masses of A and B is 2 : 3 , find the ratio of the volumes of the two vessels.

Oxygen and hydrogen in two enclosures have same mass, volume and pressure. The ratio of the temperatures of the two gases is

Equal volume of two gases which do not react together are enclosed in separate vessels. Their pressures are 10mm and 400mm respectively. If the two vessels are joined together, then what will be the pressure of the resulting mixture (temperature remaining constant)?