Determine the final internal energy of the fluid.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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A piston system contains a hot fluid at 250kPa pressure that is cooled while being stirred by a paddle wheel. Initially, the internal energy of the fluid is 1500 kJ and volume is 2m3. During the cooling process, the fluid loses 400 kJ of heat, and the paddle wheel does 100 kJ of work on the fluid. At the end, volume reduces to 0.5m3. Pressure remains constant. Determine the final internal energy of the fluid. Neglect the energy stored in the paddle wheel.

Pambient=250kPa
Piston
Paddle wheelui=1500KJ
(propeller)
LoVi=2m3
Win=100 kJ
Qout=400KJ
A piston system contains a hot fluid at 250kPa pressure that is cooled while being stirred by a paddle wheel. Initially, the internal energy of the
fluid is 1500 kJ and volume is 2m3. During the cooling process, the fluid loses 400 kJ of heat, and the paddle wheel does 100 kJ of work on the
fluid. At the end, volume reduces to 0.5m3. Pressure remains constant. Determine the final internal energy of the fluid. Neglect the energy
stored in the paddle wheel.
O A) 1335
B) 1575
C) 1875
D) 825
O E) 2085
Transcribed Image Text:Pambient=250kPa Piston Paddle wheelui=1500KJ (propeller) LoVi=2m3 Win=100 kJ Qout=400KJ A piston system contains a hot fluid at 250kPa pressure that is cooled while being stirred by a paddle wheel. Initially, the internal energy of the fluid is 1500 kJ and volume is 2m3. During the cooling process, the fluid loses 400 kJ of heat, and the paddle wheel does 100 kJ of work on the fluid. At the end, volume reduces to 0.5m3. Pressure remains constant. Determine the final internal energy of the fluid. Neglect the energy stored in the paddle wheel. O A) 1335 B) 1575 C) 1875 D) 825 O E) 2085
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