(2) Consider a container surrounded by adiabatic walls. Thecontainer was initially separated by a heat-conductive wall intotwo compartments Vi and V2. The heat-conductive wall is freeto slide. Using the condition to maximize entropy, show that thetemperatures and pressures of the two compartments are equalwhen the equilibrium is reached. (Extra credit: solve thisproblem using the method of Lagrange multiplier.)S2 T2 V2n2

The change in the entropy of the given system is, ∆S=CplogeT2T1-RlogeP2P1 By using the Lagrange…

Answered: (2) Consider a container surrounded by…

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