Determine the isentropic coefficient of performance

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A vapor-compression cycle refrigerator uses R-22 as the working fluid. The evaporator temperature is -20.0°C, the condenser temperature is 40.0°C, and the flow rate of R-22 is 0.100 kg/s. If the refrigerant exits the compressor as a saturated vapor and exits the condenser as a saturated liquid, determine

a. The isentropic coefficient of performance.

b. The equivalent reversed Carnot cycle coefficient of performance.

c. The amount of refrigeration (in tons) that this system can provide.

Reference no: EM131348325

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