Q4// An air-conditioning system operating on the reversedCarnot cycle is required to transfer heat from a house at a rateof 750 kJ/min to maintain its temperature at 24°C. If theoutdoor air temperature is 35°C, determine the power requiredto operate this air-conditioning system.

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Q4// An air-conditioning system operating on the reversed arnot cycle is required to transfer heat from a house at a rate f 750 kl/min to maintain its temperature at 24°C. If the utdoor air temperature is 35°C, determine the power required o operate this air-conditioning system.

Q4// An air-conditioning system operating on the reversed arnot cycle is required to transfer heat from a house at a rate f 750 kl/min to maintain its temperature at 24°C. If the utdoor air temperature is 35°C, determine the power required o operate this air-conditioning system.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

Q4// An air-conditioning system operating on the reversed
Carnot cycle is required to transfer heat from a house at a rate
of 750 kJ/min to maintain its temperature at 24°C. If the
outdoor air temperature is 35°C, determine the power required
to operate this air-conditioning system.

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