Two thermodynamical process are shown in the figure. The molar heat...

For process A$:</p><p>$logP = \gamma logV ⇒ P = {V}^{\gamma}, ( \gamma > 1 )$</p><p>$P{V}^{- \gamma} =$Constant</p><p>${C}_{A} = {C}_{V} + $\dfrac{R}{1 + \gamma}$ \ldots \left(i\right)$</p><p>Likewise, for process$B \to P{V}^{- 1} =$Constant</p><p>${C}_{B} = {C}_{v} + \dfrac{R}{1 + 1}$</p><p>${C}_{B} = {C}_{v} + \dfrac{R}{2} \ldots $\left(ii\right)</p><p>Also,${C}_{P} = {C}_{v} + R \ldots \left(iii\right)$</p><p>By \left(ii\right)$ and \left(iii\right)$, we get</p><p>${C}_{P} > {C}_{B} > {C}_{v}