In given figure, let `Delta W` and `Delta W_(2)` be the work done by the gas in process `A` and `B` respectively then (given change in volume is same in both process)

Let (Delta W_a) and (Delta W_b) be the work done by the system A and B respectively in the previous question.

Let (Delta W_a) and (Delta W_b) be the work done by the system A and B respectively in the previous question.

In given figure, let DeltaU_(1) and DeltaU_(2) be change in internal energy in process ABC and CDA respectively. DeltaQ and W be the net heta given and net work done by the system in the process ABC +CDA , then

In given figure, let DeltaU_(1) and DeltaU_(2) be change in internal energy in process ABC and CDA respectively. DeltaQ and W be the net heta given and net work done by the system in the process ABC +CDA , then

Refer to figure. Let DeltaU_(1) and DeltaU_(2) be the changes in internal energy in the system in process A+B and DeltaW be the net work done by the system in the process A+B ,

Refer to figure. Let DeltaU_(1) and DeltaU_(2) be the changes in internal energy in the system in process A+B and DeltaW be the net work done by the system in the process A+B ,

Let Delta U_(1) and Delta U_(2) be the changes in internal energy of an ideal gas in the processes A and B then

consider two processes on a system as shown in fig the volumes in the initial stage are the same in the two processes and the volume in the final stage are also the same.Let DeltaW_(1) and DeltaW_(2) be the work done by the system in the processes A and B respectively.

consider two processes on a system as shown in fig the volumes in the initial stage are the same in the two processes and the volume in the final stage are also the same.Let DeltaW_(1) and DeltaW_(2) be the work done by the system in the processes A and B respectively.

Consider two processes on a system as shown in figure. The volumes in the initial states are the same in the two processes and the volume in the final states are also the same.Let DeltaW_(1) and DeltaW_(2) be the work done by the system in the processes A and B respectively.