In an 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. Both I and II c. II only d. I only
In an 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. Both I and II c. II only d. I only
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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In an 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.
I.The required mass flow of the refrigerant will decrease.
II. The COP of the ref will increase.
a. Neither I nor II
b. Both I and II
c. II only
d. I only
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