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(Solved): 7. The figure below shows water being pumped from one large reservoir to another. The head loss due ...




7. The figure below shows water being pumped from one large reservoir to another. The head loss due to friction is \( 18 \mat
7. The figure below shows water being pumped from one large reservoir to another. The head loss due to friction is \( 18 \mathrm{ft} \) and the pump adds \( 220 \mathrm{ft} \) of head to the water. Point 1 is on the surface of the reservoir, point 2 is at the outlet of the discharge pipe. a. Symbolically solve the for the velocity at point 2. Start from the full fluid flow equation. Make sure you state any assumptions you make and why. No numbers in this part. Your solution should be only in terms of variables in the flow equation, and it should end with V2 alone on the Right hand side of the equation. (10pts) b. What is the velocity at point 2? Make sure you show your units cancel out correctly (5pts)


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a) Applying Bernoulli's equation on the free surface of reservoir -1 (section - 1) and the free flow of water at point "2" (section - 2)------- P1?+V1
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