3) Given: Q = 14 lit/sec; For the suction pipe: diam. = 180mm with head loss = three times its %3D %3D velocity head; For the discharge pie: diam. = 142mm with head loss of twenty times its velocity head; pump elev. = 55m. Req'd: a) horsepower input of the pump if Efficiency = 88% b) pressure at the discharge side of the pump. EL 109 m EL. 55 m A EL 54 m RIVER 8
3) Given: Q = 14 lit/sec; For the suction pipe: diam. = 180mm with head loss = three times its %3D %3D velocity head; For the discharge pie: diam. = 142mm with head loss of twenty times its velocity head; pump elev. = 55m. Req'd: a) horsepower input of the pump if Efficiency = 88% b) pressure at the discharge side of the pump. EL 109 m EL. 55 m A EL 54 m RIVER 8
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
Topic: Bernoulli Theorem. Draw Free Body Diagram. Use 4 decimal places. Show Full solution
![3) Given: Q = 14 lit/sec; For the suction pipe:
diam. = 180mm with head loss = three times its
%3D
%3D
velocity head;
For the discharge pie: diam. = 142mm with
head loss of twenty times its velocity head;
pump elev. = 55m.
Req'd: a) horsepower input of the pump if
Efficiency = 88%
b) pressure at the discharge side of
the pump.
EL 109 m
EL. 55 m
A
EL 54 m
RIVER
8](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F019a56b3-5198-4696-8565-0daea25474e0%2F815a64be-a20e-4732-b71a-2dd85178fdc9%2F02h7xag_processed.png&w=3840&q=75)
Transcribed Image Text:3) Given: Q = 14 lit/sec; For the suction pipe:
diam. = 180mm with head loss = three times its
%3D
%3D
velocity head;
For the discharge pie: diam. = 142mm with
head loss of twenty times its velocity head;
pump elev. = 55m.
Req'd: a) horsepower input of the pump if
Efficiency = 88%
b) pressure at the discharge side of
the pump.
EL 109 m
EL. 55 m
A
EL 54 m
RIVER
8
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