For the systems working on reversed Carnot cycle, what is the relation between C.O.P. of Refrigerator i.e. (C.O.P.)R and Heat Pump i.e. (C.O.P.)P?

(C.O.P.) R + (C.O.P.) P + 1 = 0

For the systems working on reversed Carnot cycle, what is the relation

1.	For the systems working on reversed Carnot cycle, what is the relation between C.O.P. of Refrigerator i.e. (C.O.P.)R and Heat Pump i.e. (C.O.P.)P?
A.	(C.O.P.)<sub>R</sub> + (C.O.P.)<sub>P</sub> = 1
B.	(C.O.P.)<sub>R</sub> = (C.O.P.)<sub>P</sub>
C.	(C.O.P.)<sub>R</sub> = (C.O.P.)<sub>P</sub> 1
D.	(C.O.P.)<sub>R</sub> + (C.O.P.)<sub>P</sub> + 1 = 0
Answer» D. (C.O.P.)<sub>R</sub> + (C.O.P.)<sub>P</sub> + 1 = 0

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