The mechanical efficiency of the pump is 0.85 and pumping with a rate of 650 gal/min of engine oil at 100° with the following properties: specific gravity of 0.883 and kinematic viscosity 21.9x10-6. The 6-in and 4-in Schedule 40 pipe has an area of 0.2006 ft² and 0.0884 ft², respectively. Determine the power added by the pump. Flow Pump 6-in Schedule 40 4-in Schedule 40 | 4 in Engine Oil 30 in Mercury (sg =13.54)
The mechanical efficiency of the pump is 0.85 and pumping with a rate of 650 gal/min of engine oil at 100° with the following properties: specific gravity of 0.883 and kinematic viscosity 21.9x10-6. The 6-in and 4-in Schedule 40 pipe has an area of 0.2006 ft² and 0.0884 ft², respectively. Determine the power added by the pump. Flow Pump 6-in Schedule 40 4-in Schedule 40 | 4 in Engine Oil 30 in Mercury (sg =13.54)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:The mechanical efficiency of the pump is 0.85 and pumping with a rate of 650
gal/min of engine oil at 100° with the following properties: specific gravity of 0.883
and kinematic viscosity 21.9x10-6. The 6-in and 4-in Schedule 40 pipe has an area
of 0.2006 ft² and 0.0884 ft², respectively. Determine the power added by the pump.
Flow
Pump
6-in Schedule 40
4-in Schedule 40
| 4 in
Engine Oil
30 in
Mercury
(sg =13.54)
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