The work done by the reversible heat engine is equal to the heat input minus the heat output, i.e. The first law of thermodynamics states that the total work done by the system must be equal to the heat supplied by the reservoir, i.e. where the equality holds for a reversible process.
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The work done by the reversible heat engine is equal to the heat input minus the heat output, i.e. ... Although this definition and integration of entropy is based on a reversible path, once the final state of entropy is obtained, the result is the same for all processes, both reversible and irreversible.
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h the other day and the next time you can message the earth to the narrator of this is a new year everyone is going 4for
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