One mole of an ideal gas is expanded from the state A(P0,V0) to final state B having volume V. The process follows a path represented by a straight line on the P-V diagram (see figure).If final temperature at B is half the maximum temperature during the process, find volume (V) ?

One mole of an ideal gas is expanded from the state A(P0,V0) to final

1.	One mole of an ideal gas is expanded from the state A(P0,V0) to final state B having volume V. The process follows a path represented by a straight line on the P-V diagram (see figure).If final temperature at B is half the maximum temperature during the process, find volume (V) ?
Answer» One mole of an ideal gas is expanded from the state $A (P_{0}, V_{0})$ to final state $B$ having volume $V$ . The process follows a path represented by a straight line on the P-V diagram (see figure). If final temperature at $B$ is half the maximum temperature during the process, find volume $(V)$ ?

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One mole of an ideal gas is expanded from the state A(P0,V0) to final state B having volume V. The process follows a path represented by a straight line on the P-V diagram (see figure).If final temperature at B is half the maximum temperature during the process, find volume (V) ?

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