Consider an ideal refrigeration cycle that has a condenser pressure 1000 KPa and an evaporator temperature of -15° C. Determine the coefficient of performance of this refrigerator for the working fluids R-134a
Consider an ideal refrigeration cycle that has a condenser pressure 1000 KPa and an evaporator temperature of -15° C. Determine the coefficient of performance of this refrigerator for the working fluids R-134a
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Consider an ideal refrigeration cycle that has a condenser pressure 1000 KPa and an evaporator temperature of -15°
C. Determine the coefficient of performance of this refrigerator for the working fluids R-134a
Property for:
|hị, kJ/kg
S2 = $1, kJ/kg K
P2, MPa
T2, °C
h,, kJ/kg
Wc=h2 - hj
h; = h4, kJ/kg
R-134a, B.5
T
2
3
%3D
B = q/Wc
*y - 'y = "b|](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb341f95c-d7de-4a1e-8a83-e0602ae42751%2F4135d621-93fa-4765-a916-18d01027d947%2Fflwnk9_processed.png&w=3840&q=75)
Transcribed Image Text:Consider an ideal refrigeration cycle that has a condenser pressure 1000 KPa and an evaporator temperature of -15°
C. Determine the coefficient of performance of this refrigerator for the working fluids R-134a
Property for:
|hị, kJ/kg
S2 = $1, kJ/kg K
P2, MPa
T2, °C
h,, kJ/kg
Wc=h2 - hj
h; = h4, kJ/kg
R-134a, B.5
T
2
3
%3D
B = q/Wc
*y - 'y = "b|
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