In adiabatic container with adiabatic massless piston, containing 4 gm N2 gas and 0.8 gm He gas are separated by a weakly conducting light partition. Both piston and partition are free to move. Initial temperature of N2 and He gases are ‘3T′0 and ‘T′0 respectively. Initially, system is at rest and in equilibrium. Final temperature of the gas is

In adiabatic container with adiabatic massless piston, containing 4 gm

1.	In adiabatic container with adiabatic massless piston, containing 4 gm N2 gas and 0.8 gm He gas are separated by a weakly conducting light partition. Both piston and partition are free to move. Initial temperature of N2 and He gases are ‘3T′0 and ‘T′0 respectively. Initially, system is at rest and in equilibrium. Final temperature of the gas is
Answer» In adiabatic container with adiabatic massless piston, containing 4 gm $N_{2}$ gas and 0.8 gm He gas are separated by a weakly conducting light partition. Both piston and partition are free to move. Initial temperature of $N_{2}$ and He gases are $‘ 3 T_{0}^{'}$ and $‘ T_{0}^{'}$ respectively. Initially, system is at rest and in equilibrium. Final temperature of the gas is

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