Calculate the ratio of the mean free paths of the molecules of two gases having molecular diameters `1 A and 2 A`. The gases may be considered under identical conditions of temperature, pressure and volume.

Calculate the ratio of the mean free paths of the molecules of two gases having molecular diameters 1 and 2. The gases may be considered under identical conditions of temperature, pressure and volume.

Calculate the ratio of the mean free paths of the molecules of two gases having molecular diameters 1Å and 2Å . The gases may be considered under indentical conditions of temperature pressure and volume.

Calculate the ratio of the mean free paths of the molecules of two gases having molecular diameters 1Å and 2Å . The gases may be considered under indentical conditions of temperature pressure and volume.

Calculate the ratio of the mean free paths of the molecules of two gases having molecular diameters 1 overset @(A) and 2 overset @ (A) . The gases may be considered under identical conditions of temperature, pressure and volume.

The mean free path of a gas molecule depends on the molecular diameter (sigma) as

The mean free path of a gas molecule depends on the molecular diameter (sigma) as

Under identical conditions of temperature, presure and volume, the ratio of mean free paths of the molecules of two gases having moleculaer diameter 1A^@ and 2A^@ is

Calculate the ratio of the mean free path of molecules of two gases ig the ratio of the numbers denusity per cm^(3) of the gases is 5:3 and the ratio of the diameters of the molecules of the gases is 4:5