Problem 4 A 0.15-m rigid tank initially contains R-134a as saturated vapor R-134a at 0.6 MPa. The tank is connected by a valve to a supply line that carries R-134a at 1 MPa and 26°C. The valve is now opened, allowing the refrigerant to enter the tank, and is closed when it is observed that the tank contains only saturated liquid at 0.8 MPa. Neglecting kinetic and potential energy changes, determine, 1 MPa 26°C R-134a 0.15 m a) The mass of the refrigerant that entered the tank, in kg b) The amount of heat transfer to or from the surroundings in kJ

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
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Problem 4
A 0.15-m rigid tank initially contains R-134a as saturated vapor R-134a
at 0.6 MPa. The tank is connected by a valve to a supply line that
carries R-134a at 1 MPa and 26°C. The valve is now opened,
allowing the refrigerant to enter the tank, and is closed when it is
observed that the tank contains only saturated liquid at 0.8 MPa.
Neglecting kinetic and potential energy changes, determine,
1 MPa
26°C
R-134a
0.15 m
a) The mass of the refrigerant that entered the tank, in kg
b) The amount of heat transfer to or from the surroundings
in kJ
Transcribed Image Text:Problem 4 A 0.15-m rigid tank initially contains R-134a as saturated vapor R-134a at 0.6 MPa. The tank is connected by a valve to a supply line that carries R-134a at 1 MPa and 26°C. The valve is now opened, allowing the refrigerant to enter the tank, and is closed when it is observed that the tank contains only saturated liquid at 0.8 MPa. Neglecting kinetic and potential energy changes, determine, 1 MPa 26°C R-134a 0.15 m a) The mass of the refrigerant that entered the tank, in kg b) The amount of heat transfer to or from the surroundings in kJ
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