A standard vapour compression refrigeration cycle operating with a condensing tenperature of 35∘C and an evaporating temperature of −10∘C develops 15 kW of cooling). The P-h diagram shows the enthalpies at various states. If the isentropic efficiency of the compressor is 0.75, the magnitude of compressor power (in kW) is (correct to two decimal places)

A standard vapour compression refrigeration cycle operating with a con

1.	A standard vapour compression refrigeration cycle operating with a condensing tenperature of 35∘C and an evaporating temperature of −10∘C develops 15 kW of cooling). The P-h diagram shows the enthalpies at various states. If the isentropic efficiency of the compressor is 0.75, the magnitude of compressor power (in kW) is (correct to two decimal places)
Answer» A standard vapour compression refrigeration cycle operating with a condensing tenperature of $35^{\circ} C$ and an evaporating temperature of $- 10^{\circ} C$ develops $15 k W$ of cooling). The P-h diagram shows the enthalpies at various states. If the isentropic efficiency of the compressor is $0.75$ , the magnitude of compressor power (in kW) is (correct to two decimal places)