The pressure in the evaporator of a refrigerator is 0.0007 MPa and the pressure in the condenser is 0.0070 MPa. Solve for the refrigerating effect per unit mass of refrigerant and the COPref for the ideal reversed Carnot cycle. Draw the cycle on T-s diagram. (Assume water/steam as a refrigerant).
The pressure in the evaporator of a refrigerator is 0.0007 MPa and the pressure in the condenser is 0.0070 MPa. Solve for the refrigerating effect per unit mass of refrigerant and the COPref for the ideal reversed Carnot cycle. Draw the cycle on T-s diagram. (Assume water/steam as a refrigerant).
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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The pressure in the evaporator of a refrigerator is 0.0007 MPa and the pressure in the
condenser is 0.0070 MPa. Solve for the refrigerating effect per unit mass of refrigerant
and the COPref for the ideal reversed Carnot cycle. Draw the cycle on T-s diagram.
(Assume water/steam as a refrigerant).
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