Please answer Quickly and label all answers For the system shown in Fig. the average velocity in the pipe is 10 m/s. Up to point A, K = 1.2, from B to C, K = 6.5, andthe pump is 80% efficient. If pc = 170 kPa find PA and PB and the power required by the pump.WaterOO30 mSolution:Energy analysis between different locations: (use the centerline of the lowest pipe as datum)1. To determine the power required by the pump, we can use the energy from0 Z₁ = 10 m;10 cm dia.0P₁3/20O2go Z2 =112/1 32/20=323o h₁ =10 mm;m;m;m;m;Devicem;o Hence pump head Hp =o Power required by the pump Wp =m;kW.towhere o Power required by the pump W2. Determine the pressure at A: we can use the energy fromo ZOOO5+PioY1111o Z2 =5/811U28||m;m;m;m;m;h₁ =• Hence pressure head at A: PAo Finally, PA =3. Similarly, work for location B, find that PB =m;=kPa.KkW.m;kPa.◆ to♦where

Given Data: Average Velocity of pipe V=10 m/sksurface-A=1.2kB-C=6.5Pump Efficiency ηp=80%=0.8pc=170…

For the system shown in Fig. the average velocity in the pipe is 10 m/s. Up to point A, K = 1.2, from B to C, K = 6.5, and the pump is 80% efficient. If pc = 170 kPa find pA and pe and the power required by the pump.

For the system shown in Fig. the average velocity in the pipe is 10 m/s. Up to point A, K = 1.2, from B to C, K = 6.5, and the pump is 80% efficient. If pc = 170 kPa find pA and pe and the power required by the pump.

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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Concept explainers

Applied Fluid Mechanics

A fluid is a substance that is continuously deformed by the application of shear stress. The rate of deformation of a fluid depends on its viscosity. The fluid tries to flow when it interacts with some other system.

Question

Please answer Quickly and label all answers

For the system shown in Fig. the average velocity in the pipe is 10 m/s. Up to point A, K = 1.2, from B to C, K = 6.5, and
the pump is 80% efficient. If pc = 170 kPa find PA and PB and the power required by the pump.
Water
O
O
30 m
Solution:
Energy analysis between different locations: (use the centerline of the lowest pipe as datum)
1. To determine the power required by the pump, we can use the energy from
0 Z₁ = 10 m;
10 cm dia.
0
P₁
3/20
O
2g
o Z2 =
11
2/1 32/20
=
32
3
o h₁ =
10 m
m;
m;
m;
m;
m;
Device
m;
o Hence pump head Hp =
o Power required by the pump Wp =
m;
kW.
to
where

o Power required by the pump W
2. Determine the pressure at A: we can use the energy from
o Z
O
O
O
5+
Pi
o
Y
11
11
o Z2 =
5/8
11
U
28
||
m;
m;
m;
m;
m;
h₁ =
• Hence pressure head at A: PA
o Finally, PA =
3. Similarly, work for location B, find that PB =
m;
=
kPa.
KkW.
m;
kPa.
◆ to
♦
where

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