The smooth pipes used in the pumping system in the figure below have a diameter of 150 mm. and its total length is 80 m. In this system; There are four bends with a loss coefficient of 0.2. Lost coefficients; 0.5 for the inlet to the pipe, 0.7 for the valve and 1 for the entrance to the tank. z2-z1 = 15 m above If the flow rate of the water pumped to the tank is 50 L / s and the overall efficiency of the pump is 84%, the manometric discharge Find its height and strength. Take the viscosity of water as 0.001 kg / m.s.
The smooth pipes used in the pumping system in the figure below have a diameter of 150 mm. and its total length is 80 m. In this system; There are four bends with a loss coefficient of 0.2. Lost coefficients; 0.5 for the inlet to the pipe, 0.7 for the valve and 1 for the entrance to the tank. z2-z1 = 15 m above If the flow rate of the water pumped to the tank is 50 L / s and the overall efficiency of the pump is 84%, the manometric discharge Find its height and strength. Take the viscosity of water as 0.001 kg / m.s.
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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The smooth pipes used in the pumping system in the figure below have a diameter of 150 mm. and its total length is 80 m. In this system; There are four bends with a loss coefficient of 0.2. Lost coefficients; 0.5 for the inlet to the pipe, 0.7 for the valve and 1 for the entrance to the tank. z2-z1 = 15 m above If the flow rate of the water pumped to the tank is 50 L / s and the overall efficiency of the pump is 84%, the manometric discharge Find its height and strength. Take the viscosity of water as 0.001 kg / m.s.
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