Determine the power of the system, stating whether it is from or to the system. Neglect any its passage through the system, the substance has a loss by heat transfer of (40 kJ/kg) to 04:In a steady-flow open system a fluid substance flows at the rate of (4 kg/s). It enters the system at a pressure of (600 kN/m²), a velocty of (220 m/s) , internal energy (2200kJ/kg) and specific volume( 0.42 m/kg). It leaves the system at a pressure of (150 kN in?) avelocity of (145 m/s), internal energy (1050 kg) and specific volume (1.5 m/kg). During the surroundings. change of gravitational potential energy.
Determine the power of the system, stating whether it is from or to the system. Neglect any its passage through the system, the substance has a loss by heat transfer of (40 kJ/kg) to 04:In a steady-flow open system a fluid substance flows at the rate of (4 kg/s). It enters the system at a pressure of (600 kN/m²), a velocty of (220 m/s) , internal energy (2200kJ/kg) and specific volume( 0.42 m/kg). It leaves the system at a pressure of (150 kN in?) avelocity of (145 m/s), internal energy (1050 kg) and specific volume (1.5 m/kg). During the surroundings. change of gravitational potential energy.
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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Transcribed Image Text:Determine the power of the system, stating whether it is from or to the system. Neglect any
its passage through the system, the substance has a loss by heat transfer of (40 kJ/kg) to
04:In a steady-flow open system a fluid substance flows at the rate of (4 kg/s). It enters the
system at a pressure of (600 kN/m²) , a velocty of (220 m/s) , internal energy (2200kJ/kg)
and specific volume( 0.42 m/kg). It leaves the system at a pressure of (150 kN/ in?).
avelocity of (145 m/s), internal energy (1650 Kj/kg) and specific volume (1.5 m/kg). During
the surroundings.
change of gravitational potential energy.
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