An ideal gas is taken from the state A (pressure p, volume V) to the state B (pressure `p/2`, volume 2V) along a straight line path in the p-V diagram. Select the correct statement(s) from the following.

An ideal gas is taken from the state. A (pressure p, volume V) to the state B (pressure p/2, volume 2V) along a straight line path in the p-V diagram. (T - True & F - False) S_1 : The work done by the gas in the gas in process A to B exceeds the work that would be done by it if the system were taken from A to B along the isotherm. S_2 : In going from A to B, the temperature T of the gas first increases to a maximum value and then decreases. S_3 : Work done by the gas is negative as pressure is decreasing.

An ideal gas is taken form the state A(P,V) to the state B((P)/(2),2V) along a straight line path in the P-V diagram. Select the correct options (i) The work done by the gas in the process A to B exceeds the work that would be done by it if the system were taken from A to B along the isotherm (ii) In the T-V diagram, the path AB becomes part of a hyperbola (iii) In the P-T diagram, the path AB becomes part of a hyperbola (iv) In going from A to B, the temperature T of the first increases to maximum value and then decreases

An ideal gas taken from state A(P,V) to the state B(P//2,2V) along a straight path in PV diagram. Select the correct option(s).

An ideal gas is taken from the state A (P, V) to the state B (P//2, 2 V) along a st. line path as shown in Fig. Select the correct statement from the following:

2 mol of an ideal monatomic gas is carried from a state (P_(0), V_(0)) to a state (2P_(0), 2V_(0)) along a straight line path in a P - V diagram. The amount of heat absorbed by the gas in the process is given by

2 mole of an ideal monatomic gas is carried from a state (P_(o),V_(0)) to state (2P_(0),2V_(o)) along a straight line path in a P-V diagram. The amount of heat absorbed by the gas in the process is given by