An ideal gas of mass `m` in a state `A` goes to another state `B` via three different processes as shown in Fig. If `Q_(1), Q_(2)` and `Q_(3)` denote the heat absorbed by the gas along the three paths, then

An ideal gas goes from State A to state B via three different process as indicate in the P-V diagram. If Q_(2), Q_(3) indicates the heat absorbed by the gas along the three processes and DeltaU_(1), DeltaU_(2), DeltaU_(3) indicates the change in internal energy along the three processes respectively, then

A given mass of a gas expands from the state A to the state B by three paths 1,2 and 3 as shown in the figure, If W_(1),W_(2) and W_(3) respectively be the work done by the gas along the three paths then

A givne mass of a gas expands from a state A to the state B by three paths 1, 2 and 3 as shown in T-V indicator diagram. If W_(1),W_(2) and W_(3) respectively be the work done by the gas along the three paths, then

A given mass of gas expends from the state A to the state B by three paths 1,2 and 3 as shown in the figure. If w_(1),w_(2) and w_(3) respectively be the magnitude of worl done by the gas along three paths then :

A given mass of gas expands from state A to state B by three paths 1, 2 and 3 as shown in the figure If w_(1), w_(2) and w_(3) respectively are be the works done by the gas along three paths, then

A given mass of gas expands from state A to state b by three paths 1,2 , and 3 as shown in the figure below. If w_(1) , w_(2) and w_(3) , respectively, be the work done by the gas along three paths, then

An ideal gas is taken from its initial state a to its find state d in three different quasi static processes marked as a – b – d, a – o – d and a – c – d. Rank the net heat absorbed by the gas in the three processes. The diagram shown is a circle with centre at o.