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If a 35.9%-efficient Carnot heat engine (left figure) is run in reverse so as to form a refrigerator (right figure), what would be this refrigerator's coefficient of performance? Energy IQ enters the engine. Energy IQ leaves the engine. The engine does work Weng Hot reservoir at Th Pr Heat engine Le Cold reservoir at T Weng Q Energy IQ is expelled to the hot reservoir. Energy IQ is drawn from the cold reservoir. Work Wis done on the heat pump. Hot reservoir at Th 2h Heat pump Q₂ Cold reservoir at T W

If a 35.9%-efficient Carnot heat engine (left figure) is run in reverse so as to form a refrigerator (right figure), what would be this refrigerator's coefficient of performance? Energy IQ enters the engine. Energy IQ leaves the engine. The engine does work Weng Hot reservoir at Th Pr Heat engine Le Cold reservoir at T Weng Q Energy IQ is expelled to the hot reservoir. Energy IQ is drawn from the cold reservoir. Work Wis done on the heat pump. Hot reservoir at Th 2h Heat pump Q₂ Cold reservoir at T W

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If a 35.9%-efficient Carnot heat engine (left figure) is run in reverse so as to form a refrigerator (right figure), what would be this refrigerator's coefficient of performance? Energy Q enters the engine. Energy IQ leaves the engine. The engine does work Weng Hot reservoir at Th Qh Heat engine Qc Cold reservoir at Te We eng Energy IQ₁ is expelled to the hot reservoir. Energy Q is drawn from the cold reservoir. Work Wis done on the heat pump. Hot reservoir at Th Qh Heat pump Cold reservoir at Te W
Transcribed Image Text:If a 35.9%-efficient Carnot heat engine (left figure) is run in reverse so as to form a refrigerator (right figure), what would be this refrigerator's coefficient of performance? Energy Q enters the engine. Energy IQ leaves the engine. The engine does work Weng Hot reservoir at Th Qh Heat engine Qc Cold reservoir at Te We eng Energy IQ₁ is expelled to the hot reservoir. Energy Q is drawn from the cold reservoir. Work Wis done on the heat pump. Hot reservoir at Th Qh Heat pump Cold reservoir at Te W
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