Learning undergraduate engineering thermodynamics might be less painful with a blog. I hope that students, faculty and interested observers will share their thoughts on the laws of thermodynamics, phase and chemical equilibrium and many related topics.
2 comments:
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HINTS:
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* You can assume that the water is an incompressible liquid.
* You can approximate the specific volume to be saturated liquid at 25 C. (Use this value to calculate the mass flow rate.)
* Remember that the deltaKE is only zero when the diameter at the inlet and exit for a pump is the same, which is not true for this problem!
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ANSWERS:
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A1 = 0.0019635 m^2
Ws = -347 hP
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HINTS:
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* Also remember to look at the comments from Dr. B's class
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