particular Carnot cycle has its exhaust temperature at 30.°C (303 K). During each cycle it takes in 600 cal from the hot reservoir and exhausts 410 cal to the cold reservoir. Find the (a) net output work in Joules per cycle, (b) efficiency, (c) temperature in °C of the hot reservoir. 1 cal = 4.186 J
particular Carnot cycle has its exhaust temperature at 30.°C (303 K). During each cycle it takes in 600 cal from the hot reservoir and exhausts 410 cal to the cold reservoir. Find the (a) net output work in Joules per cycle, (b) efficiency, (c) temperature in °C of the hot reservoir. 1 cal = 4.186 J
Chapter4: The Second Law Of Thermodynamics
Section: Chapter Questions
Problem 31P: If a refrigerator discards 80 J of heat per cycle and its coefficient of performance is 6.0, what...
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A particular Carnot cycle has its exhaust temperature at 30.°C (303 K). During each cycle it takes in 600 cal from the hot reservoir and exhausts 410 cal to the cold reservoir. Find the (a) net output work in Joules per cycle, (b) efficiency, (c) temperature in °C of the hot reservoir. 1 cal = 4.186 J
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