An ideal gas can be taken form initial state `1` to final state `2` by two different process. Let `DeltaQ` and `W` represent the heat given and work done by the system. Then which quantities is/are same in both process (where `DeltaU =` internal energy of gas)

A system can be taken from the initial state p_(1),V_(1) to the final state p_(2,V_(2) by two different methods, let DeltaQ and DeltaW represent the heat given to the system and the work done by the system. Which of the following must be the same in both the method?

A system can be taken from the initial state p_(1),V_(1) to the final state p_(2,V_(2) by two different methods, let DeltaQ and DeltaW represent the heat given to the system and the work done by the system. Which of the following must be the same in both the method?

A system can be taken from the initial state p_(1),V_(1) to the final state p_(2,V_(2) by two different methods, let DeltaQ and DeltaW represent the heat given to the system and the work done by the system. Which of the following must be the same in both the method?

If DeltaU and Delta W represent the increase in internal energy and work done by the system resectively in a thermodynamical process, which of the following is true?

If DeltaU and Delta W represent the increase in internal energy and work done by the system resectively in a thermodynamical process, which of the following is true?

Let Q and W denote the amount of heat given to an ideal gas the work done by it in an adiabatic process.

If DeltaU and Delta W represent the increase in internal energy and work done by the system respectively in a thermodynamical process, which of the following is true?