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a steady state steady flow thermodynamics system receives 45.45 kg/min of a fluid at 30 psi and discharge it from s point 24.39m above the entrance section at 150psi. the fluid enters a velocity of 2195. 12 m/min and leaves  with a velocity of 731.71 m/min during this process, there are supplied 26,375 kj/hr of heat from an external source, and the increase in enthalpy is 4.642 kj/kg. determine the work done in horsepower ( consider density1 = 0.80 kg/m3 , density2 = 3.21 kg/m3

a steady state steady flow thermodynamics system receives 45.45 kg/min of a fluid at 30 psi and discharge it from s point 24.39m above the entrance section at 150psi. the fluid enters a velocity of 2195. 12 m/min and leaves  with a velocity of 731.71 m/min during this process, there are supplied 26,375 kj/hr of heat from an external source, and the increase in enthalpy is 4.642 kj/kg. determine the work done in horsepower ( consider density1 = 0.80 kg/m3 , density2 = 3.21 kg/m3

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
Problem 1.1MA
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a steady state steady flow thermodynamics system receives 45.45 kg/min of a fluid at 30 psi and discharge it from s point 24.39m above the entrance section at 150psi. the fluid enters a velocity of 2195. 12 m/min and leaves  with a velocity of 731.71 m/min during this process, there are supplied 26,375 kj/hr of heat from an external source, and the increase in enthalpy is 4.642 kj/kg. determine the work done in horsepower ( consider density1 = 0.80 kg/m3 , density2 = 3.21 kg/m3

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