por favor ayúdame con esto 1. The submersible pump in the figure sends 12.5 gal/min of water through a 1" diameter pipe.Consider an energy loss of 10 lb*ft/lb.a. Determine the energy the pump adds to the water, lb*ft/lb.b. Calculate the power that the pump transmits to the water, in HP.storage tankventilateflowTREair40 psigwell casing120 feetwell levelbomb

Given:Water flow rate, Q=12.5 gal/min=12.5448.831ft3/s=0.02785 ft3/s 1 ft3/s=448.831 gal/minPipe…

Answered: 1. The submersible pump in the figure…

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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por favor ayúdame con esto

1. The submersible pump in the figure sends 12.5 gal/min of water through a 1" diameter pipe.
Consider an energy loss of 10 lb*ft/lb.
a. Determine the energy the pump adds to the water, lb*ft/lb.
b. Calculate the power that the pump transmits to the water, in HP.
storage tank
ventilate
flow
TRE
air
40 psig
well casing
120 feet
well level
bomb

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Step 1

$Given : Water flow rate, Q = 12.5 gal / \min = \frac{12.5}{448.831} {ft}^{3} / s = 0.02785 {ft}^{3} / s (1 {ft}^{3} / s = 448.831 gal / \min) Pipe diameter, d = 1 " = \frac{1}{12} ft Energy loss, h_{L} = 10 lb . ft / lb Pressure in the tank, P_{2} = 40 psig = 40 * 144 lb / {ft}^{2} = 5760 lb / {ft}^{2} (1 psi = 144 lb / {ft}^{2}) Elevation difference between the lower reservoir level and the level in the tank, Z_{2} - Z_{1} = 120 ft Find : (a) The energy the pump adds to the water, lb . ft / lb (b) The power that the pump transmits to the water, in HP$

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