help! If yet another pump has an arrangement with elevations as in figure 3but the head added by the pump is 134 m, the capacity is 0.162 m³/s,the diameter of the suction piping is 0.228 m and the loss in thesuction piping is 37 m, calculate pressure at point B just after thepump. Give your answer to ONE decimal place. The pump in figure 3 delivers water from the reservoir to the nozzle atthe rate of 0.13 m³/s. The total energy loss in both the suction pipeand the discharge pipe is 27.5 N-m/N. The nozzle tip has an internaldiameter of 0.074 m. Calculate the head added by the pump, ha in m.Give your answer to TWO decimal places.15 mキFlowfigure 3

Given The flow rate, Q = 0.13 m^3/s The head loss, h = 27.5 N.m/N The nozzle tip diameter, d = 0.074…

The pump in figure 3 delivers water from the reservoir to the nozzle at the rate of 0.13 m/s. The total energy loss in both the suction pipe and the discharge pipe is 27.5 N-m/N. The nozzle tip has an internal diameter of 0.074 m. Calculate the head added by the pump, ha in m. Give your answer to TWO decimal places. 15 m Flow figure 3

The pump in figure 3 delivers water from the reservoir to the nozzle at the rate of 0.13 m/s. The total energy loss in both the suction pipe and the discharge pipe is 27.5 N-m/N. The nozzle tip has an internal diameter of 0.074 m. Calculate the head added by the pump, ha in m. Give your answer to TWO decimal places. 15 m Flow figure 3

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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