4. A 10 lbm is drop on a 5 kgm piston with a face area of 800 cm² causing the cylinder to decrease in volume and produced a 2KW of Work with 4kgs/hr of gas exiting the fan and heat deflection of 0.5 KJ/Kg. Consider that the atmospheric pressure is 100 KPa, determine the change in internal energy, in KJ/Kg. Neglect the friction between the piston and the cylinder surface. 10 lbm 0.3m 0.5 m WFan

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
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Please provide complete solution with units of measurement.

4. A 10 lbm is drop on a 5 kgm piston with a face area of 800 cm² causing
the cylinder to decrease in volume and produced a 2KW of Work with
4kgs/hr of gas exiting the fan and heat deflection of 0.5 KJ/Kg. Consider
that the atmospheric pressure is 100 KPa, determine the change in
internal energy, in KJ/Kg. Neglect the friction between the piston and the
cylinder surface.
10 lbm
0.3m
0.5 m
WFan
Transcribed Image Text:4. A 10 lbm is drop on a 5 kgm piston with a face area of 800 cm² causing the cylinder to decrease in volume and produced a 2KW of Work with 4kgs/hr of gas exiting the fan and heat deflection of 0.5 KJ/Kg. Consider that the atmospheric pressure is 100 KPa, determine the change in internal energy, in KJ/Kg. Neglect the friction between the piston and the cylinder surface. 10 lbm 0.3m 0.5 m WFan
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