Home
Class 11
PHYSICS
A conducting piston separates a cylindri...

A conducting piston separates a cylindrical tube into two compartments A and B. The two compartments contain equal mass of two different gases. The molar mass of two gases are `M_(A) = 32 g " and " M_(B) 28 g`. Find the ratio of lengths `(X_(1) : X_(2))` of the two compartments in equilibrium.

Promotional Banner

Similar Questions

Explore conceptually related problems

If the ratio of molar masses of two gases A and B is 1 : 4. What is the ratio of the average speeds ?

If the ratio of molar masses of two gases A and B is 1 : 4. What is the ratio of the average speeds ?

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?

A mixture of gases contains H_(2) and O_(2) gases in the ratio of 1:4 (w//w) . What is the molar ratio of the two gases in the mixture?

A mixture of gases contains H_(2) and O_(2) gases in the ratio of 1:4 (w//w) . What is the molar ratio of the two gases in the mixture?

Two monoatomic gases of equal masses are in two different containers at S.T.P. if the ratio of velocities of sound in them is 1 :2 , then find the ratio of their volumes .

Two bodies of different masses m_a , and m_b are dropped from two different heights a and b. The ratio of the time taken by the two to cover these distances are