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Sat. liquid R-22 40°C Condenser , Compressor R-22 cycle Valve Sat, vapor A-22 - 20°C www www Sat. liquid R-23 -10°c Insulated heat exchanger Compressor R-23 cycle Valve Evaporator Sat. vapor R-23 - 80°C

Sat. liquid R-22 40°C Condenser , Compressor R-22 cycle Valve Sat, vapor A-22 - 20°C www www Sat. liquid R-23 -10°c Insulated heat exchanger Compressor R-23 cycle Valve Evaporator Sat. vapor R-23 - 80°C

Elements Of Electromagnetics
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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Simulates the following thermodynamic cycle. Flow rate (Refrig-23) R-23 is 1 kg per hour and the pressure pressure in all converters is zero. Find the flow rate (Refrig-22) of R-22 in kgmole / h and W1. Compressors have an adiabatic range of 75%. (FP.PR)
Sat liquid R-22 40 C Condenser -w, Compressor R-22 cycle O Valve Sat. vapor A-22 -20°C ww Sat. liquid R-23 -10°c Insulated heat exchanger -W2 Compossor R-23 cycle Valve Evaporator Sat, vapor R-23 - 80°C
Transcribed Image Text:Sat liquid R-22 40 C Condenser -w, Compressor R-22 cycle O Valve Sat. vapor A-22 -20°C ww Sat. liquid R-23 -10°c Insulated heat exchanger -W2 Compossor R-23 cycle Valve Evaporator Sat, vapor R-23 - 80°C
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