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Consider the ideal vapor compression cycle operating between 1.2 bar and 8 bar using R-410A as the refrigerant, which removes heat from a cold space at a rate of 100kW. If the condenser outlet was subcooled by 2°C below saturation, which of the following is TRUE? I. The required mass flow of the refrigerant will decrease. II. The COP of the ref will increase. a. Neither I nor II b. I only c. II only d. Both I and II

Consider the ideal vapor compression cycle operating between 1.2 bar and 8 bar using R-410A as the refrigerant, which removes heat from a cold space at a rate of 100kW. If the condenser outlet was subcooled by 2°C below saturation, which of the following is TRUE? I. The required mass flow of the refrigerant will decrease. II. The COP of the ref will increase. a. Neither I nor II b. I only c. II only d. Both I and II

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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Consider the ideal vapor compression cycle operating between 1.2 bar and 8 bar using R-410A as the refrigerant, which removes heat from a cold space at a rate of 100kW. If the condenser outlet was subcooled by 2°C below saturation, which of the following is TRUE?

I. The required mass flow of the refrigerant will decrease.
II. The COP of the ref will increase.

a. Neither I nor II
b. I only
c. II only
d. Both I and II



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