Shown in figure, A pump discharged 0.05 cu. m/sec. water from a 220 mm suction pipe and delivers it to a 160 PUMP 30m mm discharge pipe. At A in the suction pipe, the pressure is 50 KPa. At B that is 30 m above A, determine the pressure. If the horse power applied by the pump is 30 HP., head PA=50KPA 220 mm loss equal to 2 m.
Shown in figure, A pump discharged 0.05 cu. m/sec. water from a 220 mm suction pipe and delivers it to a 160 PUMP 30m mm discharge pipe. At A in the suction pipe, the pressure is 50 KPa. At B that is 30 m above A, determine the pressure. If the horse power applied by the pump is 30 HP., head PA=50KPA 220 mm loss equal to 2 m.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Shown in figure, A pump discharged
0.05 cu. m/sec. water from a 220 mm
suction pipe and delivers it to a 160
PUMP
mm discharge pipe. At A in the
30m
suction pipe, the pressure is 50 KPa.
PA=50KPA
At B that is 30 m above A, determine
220 mm
the pressure. If the horse power
applied by the pump is 30 HP., head
loss equal to 2 m.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Feafd3139-599e-4ae5-868e-c305a58cd82f%2F64b5ce4c-35f2-4b34-bcaf-91de36911b8e%2Fzvmr0cm_processed.png&w=3840&q=75)
Transcribed Image Text:Shown in figure, A pump discharged
0.05 cu. m/sec. water from a 220 mm
suction pipe and delivers it to a 160
PUMP
mm discharge pipe. At A in the
30m
suction pipe, the pressure is 50 KPa.
PA=50KPA
At B that is 30 m above A, determine
220 mm
the pressure. If the horse power
applied by the pump is 30 HP., head
loss equal to 2 m.
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