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Heat Q vs Work W and efficiency. reversible. Carnot cycle. Sadi Carnot (1796-1832). Heat Q vs Work W and efficiency. reversible. Carnot cycle for a perfect gas. Carnot cycle. Heat Q vs Work W and efficiency. reversible. reversible. Carnot cycle. Heat engine.
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Heat Q vs Work W and efficiency reversible Carnot cycle Sadi Carnot (1796-1832)
Heat Q vs Work W and efficiency reversible Carnot cycle for a perfect gas Carnot cycle
Heat Q vs Work W and efficiency reversible reversible Carnot cycle Heat engine
Heat Q vs Work W and efficiency reversible reversible
Heat Q vs Work W and efficiency efficiency reversible reversible Kelvin: it is impossible to convert absorbed heat completely into work All reversible heat engines have the same (maximal) efficiency (not only for a perfect gas)
Heat Q vs Work W and efficiency Any reversible cycle each Carnot cycle
Heat Q vs Work W and efficiency irreversible Clausius Heat flows spontaneously from a hot source to a cold sink
Heat Q vs Work W and efficiency Refrigeration needs work