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Q1) Find: (a) inlet temperature (T, =?), (b) mass flow rate of R-134a ((m =?), (c) exit diameter (D2 =?), (d) the rate of heat transferred to the surroundings (Qout =? ). P2 = 1MPA T2 = 70°C %3! m Y2 = = 70 Compressor W in = 100 (W) R-134a P, = 500KPA Qout (sat. vapor)(1) m Y1 = 20 () %3D D = 0.5 (cm)

Q1) Find: (a) inlet temperature (T, =?), (b) mass flow rate of R-134a ((m =?), (c) exit diameter (D2 =?), (d) the rate of heat transferred to the surroundings (Qout =? ). P2 = 1MPA T2 = 70°C %3! m Y2 = = 70 Compressor W in = 100 (W) R-134a P, = 500KPA Qout (sat. vapor)(1) m Y1 = 20 () %3D D = 0.5 (cm)

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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2nd Quiz: (Answer only one question of the following two questions) Q1) Find: (a) inlet temperature (T1 =?), (b) mass flow rate of R-134a (m =?), (c) exit diameter (D2 =?), (d) the rate of heat transferred to the surroundings (Qout =? ). P2 = 1MPA T2 = 70°C m Y2 = 70 = Compressor W in = 100 (W) R-134a P = 500KP. Qout (sat. vapor)(1) m. Y1 = 20 () D = 0.5 (cm)
Transcribed Image Text:2nd Quiz: (Answer only one question of the following two questions) Q1) Find: (a) inlet temperature (T1 =?), (b) mass flow rate of R-134a (m =?), (c) exit diameter (D2 =?), (d) the rate of heat transferred to the surroundings (Qout =? ). P2 = 1MPA T2 = 70°C m Y2 = 70 = Compressor W in = 100 (W) R-134a P = 500KP. Qout (sat. vapor)(1) m. Y1 = 20 () D = 0.5 (cm)
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