Mean free path of a gas molecule is

Mean free path of a gas molecule in a container depends upon

Mean free path of a gas molecule increases with increase in

Mean free path of a gas molecule increases with decreases in

(A): Mean free path of a gas molecules varies inversely as density of the gas. (R): Mean free path varies inversely as pressure of the gas.

If the pressure of a gas is doubled and the temperature is tripled, by how much will the mean free path of a gas molecule in a vessel change?

If the pressure of a gas is doubled and the temperature is tripled, by how much will the mean free path of a gas molecule in a vessel change?

By now much will the mean free path of a gas molecule in a vessel at constant T change if the pressure is reduced by 10% ?

By now much will the mean free path of a gas molecule in a vessel at constant T change if the pressure is reduced by 10% ?

(A): Mean free path of gas molecules, varies inversely as density of the gas. (R): Mean free path of gas molecules is defined as the average distance travelled by a molecule between two successive collisions.