The friction factor. f= 0.025Eiclenos(cfs)(ft]105Lapm).50080010004853111011.76942.22.863.5286471300160070354520Figure The pioeline system181920Elevation 10021Globevalve22Elevation 6023242526Pump2728298 in. diameter, 1000 t long303132Table 2: AWinor Loss Cosfficiens33NameAWnor Loss Coelfficient. K34EntranceExitGlobe valve355.362037 90 degree bend 138 90 degree bend 239 90 degree bend 390 degree bend 4Total=fL (16Q2)2gD 2D440ki (16Q2)2g 12D4H, = AZ +41504243 Given:(note - remember to include parentheses around the entire denominator)44%3D0.02545 Pipe length =46 Pipe diameter =1000 ft0.67 ftYOHbhp47550e484950F1 Delta Z (ft)| Choose IChoose]3.1Operating Head (fL)90385049Operating Discharge (cfs)2.12.6100Elficiency (%)441101.7Brake Horsepower (hp)60407033

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Answered: Delta Z (ft) Operating Head (r)…

Engineering

Mechanical Engineering

Delta Z (ft) Operating Head (r) Operating Discharge (cfs) Elficiency (%6) Brake Horsepower (hp)

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

Fluid Dynamics

The study of the flow of gases and liquids, usually in and around solid surfaces, is known as fluid dynamics in physics and engineering. Fluid dynamics, for example, can be used to evaluate the movement of air through an airplane wing or the surface of a vehicle. It can also be used in ship design to increase the speed at which ships pass through water.

Question

The friction factor. f= 0.025
Eiclenos
(cfs)
(ft]
105
Lapm).
500
800
1000
48
53
11
101
1.76
94
2.2
2.86
3.52
86
47
1300
1600
70
35
45
20
Figure The pioeline system
18
19
20
Elevation 100
21
Globe
valve
22
Elevation 60
23
24
25
26
Pump
27
28
29
8 in. diameter, 1000 t long
30
31
32
Table 2: AWinor Loss Cosfficiens
33
Name
AWnor Loss Coelfficient. K
34
Entrance
Exit
Globe valve
35
5.
36
20
37 90 degree bend 1
38 90 degree bend 2
39 90 degree bend 3
90 degree bend 4
Total=
fL (16Q2)
2gD 2D4
40
ki (16Q2)
2g 12D4
H, = AZ +
41
50
42
43 Given:
(note - remember to include parentheses around the entire denominator)
44
%3D
0.025
45 Pipe length =
46 Pipe diameter =
1000 ft
0.67 ft
YOH
bhp
47
550e
48
49
50
F1

Delta Z (ft)
| Choose I
Choose]
3.1
Operating Head (fL)
90
38
50
49
Operating Discharge (cfs)
2.1
2.6
100
Elficiency (%)
44
110
1.7
Brake Horsepower (hp)
60
40
70
33

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