(figure). Shows the `P-V` diagram of an ideal gas undergoing a change of state from A to B. Four different process I, II, III, IV, as shown in (figure) may lead to the same change of state.

Figure shows the P- V diagram of an ideal gas undergoing a change of state from A to B. Four different parts I, II, III and IV as shown in the figure may lead to the same change of state.

Figure shows the p-V diagram of an ideal gas undergoing a change of state from A to B. Four different parts I, II, III and IV as shown in the figure may lead to the same change of state. ltBrgt

Figure shows the p-V diagram of an ideal gas undergoing a change of state from A to B. Four different parts I, II, III and IV as shown in the figure may lead to the same change of state. ltBrgt

Figure 12.5 shows the P-V diagram of an ideal gas undergoing a change of state from A and B. Four different parts I,II,III and IV as shown in the figure may lead to the same change of state. a) Change in internal energy is same in IV and III cases, but not I and II b) Change in internal energy is same in all the four cases c) Work done is maximum in case I d) Work done is minimum in case II

An ideal gas undergoing a change of state from A to B through four different paths I, II,III and IV as shown in the P-V diagram that lead to the same change of state tyhen the change in internal energy is

P-V diagram of an ideal gas is as shown in figure. Work done by the gas in the process ABCD is

P-V diagram of an ideal gas is shown in the figure. Work done by the gas in the process ABCD is