The top floor of an office building is 40 m above street level and is to be supplied with water from a municipal pipeline buried 1.5 m below street level. The water pressure in the municipal pipeline is 450 kPa, the sum of the local loss coefficients in the building's pipes is 10.0, and the flow is to be delivered to the top floor at 20 L/s through a 150 mm diameter PVC pipe. The length of the pipeline in the building is 60 m, the water temperrature is 20 degrees C, and the water pressure at the top floor must be at least 150 kPa. Will a booster pipe be required for the building? If so, what power must be supplied by the pump?
The top floor of an office building is 40 m above street level and is to be supplied with water from a municipal pipeline buried 1.5 m below street level. The water pressure in the municipal pipeline is 450 kPa, the sum of the local loss coefficients in the building's pipes is 10.0, and the flow is to be delivered to the top floor at 20 L/s through a 150 mm diameter PVC pipe. The length of the pipeline in the building is 60 m, the water temperrature is 20 degrees C, and the water pressure at the top floor must be at least 150 kPa. Will a booster pipe be required for the building? If so, what power must be supplied by the pump?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The top floor of an office building is 40 m above street level and is to be supplied with water from a municipal pipeline buried 1.5 m below street level. The water pressure in the municipal pipeline is 450 kPa, the sum of the local loss coefficients in the building's pipes is 10.0, and the flow is to be delivered to the top floor at 20 L/s through a 150 mm diameter PVC pipe. The length of the pipeline in the building is 60 m, the water temperrature is 20 degrees C, and the water pressure at the top floor must be at least 150 kPa. Will a booster pipe be required for the building? If so, what power must be supplied by the pump?
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