A pump is tested as shown in figure for water and for one setting of the valve in the discharge line, the following data were read. Calculate the head difference and rate of work done. Present the calculation steps in detail. Torque equals to 4 Nm, rotational speed, = 1750 rpm, inlet pressure, = 20.1 kN/m^2, exit pressure 138 kN/m^2, Q = 3.8 *10 (-4) m^3/s, height to inlet to gage = 0.61 m, height to exit gage 0.91 m, inlet flow line 2 nominal schedule 40 and outlet flow line = 1 % nominal schedule 40. !! valve lowmeter motor dund weight hanger eat inlet

A pump is tested as shown in figure for water and for one setting of the valve in the discharge line, the following data were read. Calculate the head difference and rate of work done. Present the calculation steps in detail. Torque equals to 4 Nm, rotational speed, = 1750 rpm, inlet pressure, = 20.1 kN/m^2, exit pressure 138 kN/m^2, Q = 3.8 *10 (-4) m^3/s, height to inlet to gage = 0.61 m, height to exit gage 0.91 m, inlet flow line 2 nominal schedule 40 and outlet flow line = 1 % nominal schedule 40. !! valve lowmeter motor dund weight hanger eat inlet

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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