Oxygen, nitrogn and helium gas are kept in three identical adiabatic constaners `P, Q` and `R` respectively at equal pressure. When the gases are pushed to half their original volumes. (initial temperature is same)

Three identical adiabatic containers A, B and C Contain helium, neon and oxygen respectively at equal pressure. The gases are pushed to half their original volumes. (initial temperature is same)

Three identical adiabatic containers A, B and C Contain helium, neon and oxygen respectively at equal pressure. The gases are pushed to half their original volumes. (initial temperature is same)

Three identical adiabatic containers A, B and C Contain helium, neon and oxygen respectively at equal pressure. The gases are pushed to half their original volumes.

Three identical adiabatic containers A, B and C Contain helium, neon and oxygen respectively at equal pressure. The gases are pushed to half their origianl volumes.

Three identical diatomic gases ( gamma =1.5) are enclosed in three identical containers but at different pressures and same temperatures. These gases are expanded to double their volumes in first container the process is isothermal, in second container the process is adiabatic and in third container process is isobaric. Of The final pressures are equal in the three containers, find the ratio of the initial pressures in the three containers.

Two gases oxygen and helium expand for same volume difference at constant and equal pressure, then

Two identical gases whose adiabatic exponent is gamma are filled in two identical containers at equal pressures. In both the containers the volume of gas is doubled. In first container it is done by an isothermal process and in second container it is done by adiabatic process. Find the condition for which the work done by the gas in the two expansion process is same.