In a simple vapor compression refrigeration systemuses R134a as a working fluid, the evaporator andcondenser temperaturesrespectively. Determine,(1)V°i=200 CMMairTabo =30°CRHabo =50%and 10°C,db,0are 50Comp(a) Cooling capacity,(b) Coefficient of performance,Cond.Evap.(c) Input power in kW.Tab=24°C(3EX. Valve

Given Data:- R134a Evaporator Temperature:- 50∘C Condensor Temperature :- 10∘C V∘air=200CMMTdb,o…

In a simple vapor compression refrigeration system uses R134a as a working fluid, the evaporator and condenser temperatures are 50 and 10°C, respectively. Determine, (1 V°i=200 CMM air Tab,o=30°C RHb. =50% Comp db,o (a) Cooling capacity, (b) Coefficient of performance, Cond. Evap. (c) Input power in kW. Tab,=24°C EX. Valve

In a simple vapor compression refrigeration system uses R134a as a working fluid, the evaporator and condenser temperatures are 50 and 10°C, respectively. Determine, (1 V°i=200 CMM air Tab,o=30°C RHb. =50% Comp db,o (a) Cooling capacity, (b) Coefficient of performance, Cond. Evap. (c) Input power in kW. Tab,=24°C EX. Valve

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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