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Q.4 The condensing and evaporating temperatures of a standard vapor compression cycle using R134a are 5°C and 35°C respectively. The heat absorption rate is 12 kW. Calculate (i) the refrigerant flow rate, (ii) the work input to the compressor, and (iii) the COP of the cycle. [Answers: (i) 0.07875 kgs¹, (ii) 1.52 kW, (iii) 7.89]

Q.4 The condensing and evaporating temperatures of a standard vapor compression cycle using R134a are 5°C and 35°C respectively. The heat absorption rate is 12 kW. Calculate (i) the refrigerant flow rate, (ii) the work input to the compressor, and (iii) the COP of the cycle. [Answers: (i) 0.07875 kgs¹, (ii) 1.52 kW, (iii) 7.89]

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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Q.4 vapor compression cycle using R134a are 5°C and 35°C respcctively. The heat absorption rate is 12 kW. Calculate (i) the refrigerant flow rate, (ii) the work input to the compressor, and (iii) the COP of the cycle. [Answers: (i) 0.07875 kgs"', (ii) 1.52 kW, (iii) 7.89] The condensing and evaporating temperatures of a standard
Transcribed Image Text:Q.4 vapor compression cycle using R134a are 5°C and 35°C respcctively. The heat absorption rate is 12 kW. Calculate (i) the refrigerant flow rate, (ii) the work input to the compressor, and (iii) the COP of the cycle. [Answers: (i) 0.07875 kgs"', (ii) 1.52 kW, (iii) 7.89] The condensing and evaporating temperatures of a standard
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