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9.65 A refrigerator with R-134a as the working fluid has a minimum temperature of -10°C and a maximum pressure of 1 MPa. Assume an ideal refrigeration cycle. Find the specific heat transfer from the cold space and that to the hot space, and the COP.

9.65 A refrigerator with R-134a as the working fluid has a minimum temperature of -10°C and a maximum pressure of 1 MPa. Assume an ideal refrigeration cycle. Find the specific heat transfer from the cold space and that to the hot space, and the COP.

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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Thermodynamics. Thank you for help! Make and fill in the property/energy transfer table. Make sure to fill in all 24 boxes. Plot the refrigeration cycle on a T-S diagram, label with numerical value and units. 9.65 A refrigerator with R-134a as the working fluid has a minimum temperature of -10°C and a maximum pressure of 1 MPa. Assume an ideal refrigeration cycle. Find the specific heat transfer from the cold space and that to the hot space, and the COP.
Transcribed Image Text:Thermodynamics. Thank you for help! Make and fill in the property/energy transfer table. Make sure to fill in all 24 boxes. Plot the refrigeration cycle on a T-S diagram, label with numerical value and units. 9.65 A refrigerator with R-134a as the working fluid has a minimum temperature of -10°C and a maximum pressure of 1 MPa. Assume an ideal refrigeration cycle. Find the specific heat transfer from the cold space and that to the hot space, and the COP.
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