2. m A E,T, S,V, P, N h Consider the above system, which can exchange energy...

 

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2. m A E,T, S,V, P, N h Consider the above system, which can exchange energy with the surrounding and maintain an isothermal condition. All the variables shown there have their usual meanings. The system does not exchange molecules. The movement of the mass can perform external work. By minimizing the total Helmholtz free energy of the system, find the condition or conditions under which this system will be in equilibrium. 2. m A E,T, S,V, P, N h Consider the above system, which can exchange energy with the surrounding and maintain an isothermal condition. All the variables shown there have their usual meanings. The system does not exchange molecules. The movement of the mass can perform external work. By minimizing the total Helmholtz free energy of the system, find the condition or conditions under which this system will be in equilibrium.

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Harmony within the given framework is given by minimization of the whole Helmholtz free vitality In ... View the full answer