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A simple saturated refrigeration cycle for R-11 system operates at an evaporating temperature of -5C and a condensing temperature of 40C. Determine (a) the refrigerating effect per kg, (b) the work per kg, (c) the heat rejected at the condenser per kg, and (d) the COP. For a refrigerating capacity of 1kW, Determine the (e) the total heat rejected at the condenser, (f) the work and (g) the volume flow rate.

A simple saturated refrigeration cycle for R-11 system operates at an evaporating temperature of -5C and a condensing temperature of 40C. Determine (a) the refrigerating effect per kg, (b) the work per kg, (c) the heat rejected at the condenser per kg, and (d) the COP. For a refrigerating capacity of 1kW, Determine the (e) the total heat rejected at the condenser, (f) the work and (g) the volume flow rate.

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
Problem 1.1MA
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A simple saturated refrigeration cycle for R-11 system operates at an evaporating temperature of -5C and a condensing temperature of 40C. Determine (a) the refrigerating effect per kg, (b) the work per kg, (c) the heat rejected at the condenser per kg, and (d) the COP. For a refrigerating capacity of 1kW, Determine the (e) the total heat rejected at the condenser, (f) the work and (g) the volume flow rate.
Transcribed Image Text:A simple saturated refrigeration cycle for R-11 system operates at an evaporating temperature of -5C and a condensing temperature of 40C. Determine (a) the refrigerating effect per kg, (b) the work per kg, (c) the heat rejected at the condenser per kg, and (d) the COP. For a refrigerating capacity of 1kW, Determine the (e) the total heat rejected at the condenser, (f) the work and (g) the volume flow rate.
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