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A carnot engine operating between two temperatures 7270C and 270C is supplied heat energy at the rate of 500 joule/cycle. 60% of the work output is used to derive a refrigerator, which rejects heat to the surrounding at 270C. If the refrigerator removes 1050 Joule of heat per cycle from the low temperature reservoir, determine the temperature of the reservoir (in K).Correct answer is '250'. Can you explain this answer? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about A carnot engine operating between two temperatures 7270C and 270C is supplied heat energy at the rate of 500 joule/cycle. 60% of the work output is used to derive a refrigerator, which rejects heat to the surrounding at 270C. If the refrigerator removes 1050 Joule of heat per cycle from the low temperature reservoir, determine the temperature of the reservoir (in K).Correct answer is '250'. Can you explain this answer? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A carnot engine operating between two temperatures 7270C and 270C is supplied heat energy at the rate of 500 joule/cycle. 60% of the work output is used to derive a refrigerator, which rejects heat to the surrounding at 270C. If the refrigerator removes 1050 Joule of heat per cycle from the low temperature reservoir, determine the temperature of the reservoir (in K).Correct answer is '250'. Can you explain this answer?.

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