What is the heat removal for an actual Vapor Compression Refrigeration Cycle if the superheated refrigerant vapor mass-flow is at 0.07 kg/s, h1 = 246.37 kJ/kg (P1 = 0.14 MPa, T1=-10 Deg. C.), and H3= 87.83 kJ/kg (P3=0.72 MPa, T3 = 26 Deg. C.)? Note: h3=h4 O 7.93 KW O 9.51 kW O 11.1 KW 12.68 KW

What is the heat removal for an actual Vapor Compression Refrigeration Cycle if the superheated refrigerant vapor mass-flow is at 0.07 kg/s, h1 = 246.37 kJ/kg (P1 = 0.14 MPa, T1=-10 Deg. C.), and H3= 87.83 kJ/kg (P3=0.72 MPa, T3 = 26 Deg. C.)? Note: h3=h4 O 7.93 KW O 9.51 kW O 11.1 KW 12.68 KW

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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Question

What is the heat removal for an actual Vapor Compression Refrigeration Cycle if the superheated refrigerant
vapor mass-flow is at 0.07 kg/s, h1 = 246.37 kJ/kg (P1 = 0.14 MPa, T₁=-10 Deg. C.), and H3=87.83 kJ/kg
(P3=0.72 MPa, T3 = 26 Deg. C.)?
Note: h3=h4
O 7.93 KW
O 9.51 kW
O 11.1 KW
12.68 kW

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