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The temperature in a refrigerator coil is 267 Kand that in the condenser coil is 295 K. Assuming that the machine operates on the reversed Carnot cycle, calculate : (i) C.O.P.pe£) (ii) The refrigerating effect per kW of input work. iii) The heat rejected to the condenser. [Ans. (i) 9.54 (ii) 9.54 kW (iüi) 10.54 kW]

The temperature in a refrigerator coil is 267 Kand that in the condenser coil is 295 K. Assuming that the machine operates on the reversed Carnot cycle, calculate : (i) C.O.P.pe£) (ii) The refrigerating effect per kW of input work. iii) The heat rejected to the condenser. [Ans. (i) 9.54 (ii) 9.54 kW (iüi) 10.54 kW]

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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5. The temperature in a refrigerator coil is 267 K and that in the condenser coil is 295 K. Assuming that the machine operates on the reversed Carnot cycle, calculate : (i) C.O.P. (ii) The refrigerating effect per kW of input work. (iii) The heat rejected to the condenser. [Ans. (i) 9.54 (ii) 9.54 kW (iii) 10.54 kW]
Transcribed Image Text:5. The temperature in a refrigerator coil is 267 K and that in the condenser coil is 295 K. Assuming that the machine operates on the reversed Carnot cycle, calculate : (i) C.O.P. (ii) The refrigerating effect per kW of input work. (iii) The heat rejected to the condenser. [Ans. (i) 9.54 (ii) 9.54 kW (iii) 10.54 kW]
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