A thermally insulated chamber of volume 2V0 is divided by a

Last updated: 6/7/2023

A thermally insulated chamber of volume 2V0 is divided by a frictionless insulating piston of area S into two equal parts A and B Part A has an ideal gas at pressure Po and temperature To and in part B is vacuum A massless spring of force constant K is connected with the piston and the wall of the container as shown Initially the spring is unstretched The ideal gas in chamber A is allowed to expand Let in equilibrium the spring be compressed by a length xo then Final pressure of the gas is Kx S Work done by the gas is tox D Magnitude of change in internal energy of the gas is kx 1 2 Temperature of the gas in equilibrium is less than initial temperature A B mooooo