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A steady-flow system receives 1 kg/s of a substance with u, = 1000 kJ/kg, P, = 500 kPa, v,= 1.2 m³/kg, and V,= 50 m/s. There is a heat loss of 100 kJ /kg, and the fluid exits at V, = 150 m/s, v, = 0.8 m³/kg, P, = 100 kPa, and h, = 1000 kKJ /kg. Determine the power and the exit specific internal energy. 1 1. 2 2 2

A steady-flow system receives 1 kg/s of a substance with u, = 1000 kJ/kg, P, = 500 kPa, v,= 1.2 m³/kg, and V,= 50 m/s. There is a heat loss of 100 kJ /kg, and the fluid exits at V, = 150 m/s, v, = 0.8 m³/kg, P, = 100 kPa, and h, = 1000 kKJ /kg. Determine the power and the exit specific internal energy. 1 1. 2 2 2

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
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A steady-flow system receives 1 kg/s of a substance with u, = 500 kPa, v,= 1.2 m³/kg, and V,= 50 m/s. There is a heat loss of 100 kJ /kg, and the fluid exits at V, = m³/kg, P, = 100 kPa, and h, = 1000 kJ /kg. Determine the power and the exit specific internal energy. = 1000 kJ/kg, P, = 1 1 1 150 m/s, v, = 0.8 2 2 2 2
Transcribed Image Text:A steady-flow system receives 1 kg/s of a substance with u, = 500 kPa, v,= 1.2 m³/kg, and V,= 50 m/s. There is a heat loss of 100 kJ /kg, and the fluid exits at V, = m³/kg, P, = 100 kPa, and h, = 1000 kJ /kg. Determine the power and the exit specific internal energy. = 1000 kJ/kg, P, = 1 1 1 150 m/s, v, = 0.8 2 2 2 2
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