Subject: Refrigeration System A carnot cycle used to produce work has temperature limits of 25C, 100 C. The heat added to this carnot cycle is 1.5 BTU. this carnot cycle powers up the compressor used on a reversed carnot refrigeration cycle working between the limit -50 F and 300 F. Find. A.) Efficiency of the Carnot power cycle in %. B.) Work produced be the Carnot cycle in hp-min. C.) The heat absorbed by the refrigeration cycle in TOR. D.) The heat rejected of the cycle in KJ.
Subject: Refrigeration System A carnot cycle used to produce work has temperature limits of 25C, 100 C. The heat added to this carnot cycle is 1.5 BTU. this carnot cycle powers up the compressor used on a reversed carnot refrigeration cycle working between the limit -50 F and 300 F. Find. A.) Efficiency of the Carnot power cycle in %. B.) Work produced be the Carnot cycle in hp-min. C.) The heat absorbed by the refrigeration cycle in TOR. D.) The heat rejected of the cycle in KJ.
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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Subject: Refrigeration System
A carnot cycle used to produce work has temperature limits of 25C, 100 C. The heat added to this carnot cycle is 1.5 BTU. this carnot cycle powers up the compressor used on a reversed carnot refrigeration cycle working between the limit -50 F and 300 F.
Find.
A.) Efficiency of the Carnot power cycle in %.
B.) Work produced be the Carnot cycle in hp-min.
C.) The heat absorbed by the refrigeration cycle in TOR.
D.) The heat rejected of the cycle in KJ.
E.) COPcooling
F.) COPheating Subject: Refrigeration System
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