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Maximum non - PV Work at Constant Temperature and Pressure and Reversi
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[QUOTE="Chestermiller, post: 6495703, member: 345636"] When you carry out any process reversibly, the system is at thermodynamic equilibrium at every stage of the process, and yet reversible work is done on the surroundings. In the case of reversible isothermal expansion of an ideal gas against a piston imposing sequentially decreasing pressure, for example, do you think that no reversible work is done (because the gas is at thermodynamic equilibrium over the sequence of states). [/QUOTE]
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Engineering
Materials and Chemical Engineering
Maximum non - PV Work at Constant Temperature and Pressure and Reversi
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