CA 20 water is pumped from a large tanke to a second tand 2 through a pipe system, as shown in the figure. The pump is developing on the flow. For a steady flow of 140 L/s, what must be the pressure PB in the air trapped above the water 20 kw tank 2. The vertical 7.S 40m Long. pipe
CA 20 water is pumped from a large tanke to a second tand 2 through a pipe system, as shown in the figure. The pump is developing on the flow. For a steady flow of 140 L/s, what must be the pressure PB in the air trapped above the water 20 kw tank 2. The vertical 7.S 40m Long. pipe
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
Related questions
Question
![VIN/20
water is pumped from
a
* large tanken to a second tand 2 through
a pipe system, as shown in the figure. The pump is developing
on the flow. For a steady flow of 140 L/s, what
must be the pressure PB in the air trapped above the water
20 kw
.
tank 2.
The vertical
7.S
pipe
40m Long.
Фра=2 кра
Solution
Power: 20 kw
Q = 140 L/S
150m
45m
PB = ?
h = 40m
d=200mm = 0.2m
M= 0.998X13 Nism
OPB
6m
B. E
1.42
·lum
water
D=200
2
2
9u](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa003d6d9-f4f5-4821-8dee-d6b7e34e9e85%2Fdb3bbaef-5282-4f7f-bba3-f27e731acf90%2Fyfueicu_processed.jpeg&w=3840&q=75)
Transcribed Image Text:VIN/20
water is pumped from
a
* large tanken to a second tand 2 through
a pipe system, as shown in the figure. The pump is developing
on the flow. For a steady flow of 140 L/s, what
must be the pressure PB in the air trapped above the water
20 kw
.
tank 2.
The vertical
7.S
pipe
40m Long.
Фра=2 кра
Solution
Power: 20 kw
Q = 140 L/S
150m
45m
PB = ?
h = 40m
d=200mm = 0.2m
M= 0.998X13 Nism
OPB
6m
B. E
1.42
·lum
water
D=200
2
2
9u
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