3. Water is being pumped at 2.5ft3/s. The head loss between points 1 and 2 is 9ft and the power rating of the pump is 25hp. If the pump has an efficiency of 35%, solve the differential height of the mercury in the manometer (SG = 13.6). D₁ = 3 in 5 ft Pump h? D₂ = 6 in Mercury -V₂ 2
3. Water is being pumped at 2.5ft3/s. The head loss between points 1 and 2 is 9ft and the power rating of the pump is 25hp. If the pump has an efficiency of 35%, solve the differential height of the mercury in the manometer (SG = 13.6). D₁ = 3 in 5 ft Pump h? D₂ = 6 in Mercury -V₂ 2
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:3. Water is being pumped at 2.5ft3/s. The
head loss between points 1 and 2 is 9ft and
the power rating of the pump is 25hp. If the
pump has an efficiency of 35%, solve the
differential height of the mercury in the
manometer (SG = 13.6).
D₁ = 3 in
5 ft
Pump
h?
D₂ = 6 in
8-1₂
Mercury
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