5. A fluid enters with a steady flow of 3.7 kg/s and an initial pressure of 690 kPa, and initial density of 3.2 kg/m, an initial velocity of 60 m/s, and initial internal energy of 2000 kJ/kg. It leaves at a pressure of 172 kPa, density 0.64 kg/m³, velocity 160 m/s, and internal energy 1950 kJ/kg. The heat loss is found to be 18.6 kJ/kg. Find the power in kW. A. -36 kW B. +152 kW C. -121 kW D. +68 kW

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
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5. A fluid enters with a steady flow of 3.7 kg/s and an initial pressure of 690 kPa, and initial density of 3.2
kg/m?, an initial velocity of 60 m/s, and initial internal energy of 2000 kJ/kg. It leaves at a pressure of 172
kPa, density 0.64 kg/m², velocity 160 m/s, and internal energy 1950 kJ/kg. The heat loss is found to be
18.6 kJ/kg. Find the power in kW.
A. –36 kW
B. +152 kW
C. -121 kW
D. +68 kW
Transcribed Image Text:5. A fluid enters with a steady flow of 3.7 kg/s and an initial pressure of 690 kPa, and initial density of 3.2 kg/m?, an initial velocity of 60 m/s, and initial internal energy of 2000 kJ/kg. It leaves at a pressure of 172 kPa, density 0.64 kg/m², velocity 160 m/s, and internal energy 1950 kJ/kg. The heat loss is found to be 18.6 kJ/kg. Find the power in kW. A. –36 kW B. +152 kW C. -121 kW D. +68 kW
5. A fluid enters with a steady flow of 3.7 kg/s and an initial pressure of 690 kPa, and initial density of 3.2
kg/m?, an initial velocity of 60 m/s, and initial internal energy of 2000 kJ/kg. It leaves at a pressure of 172
kPa, density 0.64 kg/m², velocity 160 m/s, and internal energy 1950 kJ/kg. The heat loss is found to be
18.6 kJ/kg. Find the power in kW.
A. –36 kW
B. +152 kW
C. -121 kW
D. +68 kW
Transcribed Image Text:5. A fluid enters with a steady flow of 3.7 kg/s and an initial pressure of 690 kPa, and initial density of 3.2 kg/m?, an initial velocity of 60 m/s, and initial internal energy of 2000 kJ/kg. It leaves at a pressure of 172 kPa, density 0.64 kg/m², velocity 160 m/s, and internal energy 1950 kJ/kg. The heat loss is found to be 18.6 kJ/kg. Find the power in kW. A. –36 kW B. +152 kW C. -121 kW D. +68 kW
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