A test of a 30-TR ammonia vapor compression refrigeration system gave the following results: Coefficient of performance 3.1 Condenser pressure 1600 kPa Evaporator pressure 191 kPa Temperature leaving evaporator coils -10 C Temperature entering compressor 0 C Temperature leaving compressor 100 C Temperature entering condenser 80 C Temperature leaving condenser 35 C Find, (a) the work, and (b) the heat absorbed by jacket water

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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1. A test of a 30-TR ammonia vapor compression refrigeration system gave the following results:
Coefficient of performance 3.1
Condenser pressure 1600 kPa
Evaporator pressure 191 kPa
Temperature leaving evaporator coils -10 C
Temperature entering compressor 0 C
Temperature leaving compressor 100 C
Temperature entering condenser 80 C
Temperature leaving condenser 35 C
Find, (a) the work, and (b) the heat absorbed by jacket water
Transcribed Image Text:1. A test of a 30-TR ammonia vapor compression refrigeration system gave the following results: Coefficient of performance 3.1 Condenser pressure 1600 kPa Evaporator pressure 191 kPa Temperature leaving evaporator coils -10 C Temperature entering compressor 0 C Temperature leaving compressor 100 C Temperature entering condenser 80 C Temperature leaving condenser 35 C Find, (a) the work, and (b) the heat absorbed by jacket water
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