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1. From a clear water reservoir 3 m deep and maximum water level F at 30.00, water is to be pumped to an elevated reservoir at 75.00 at the constant rate of 9,00,000 litres per hour. The distance is 1500 m. Give the economical diameter of the rising main and the water horse power of the pump. Neglect minor losses and take f = 0.01. %3D

1. From a clear water reservoir 3 m deep and maximum water level F at 30.00, water is to be pumped to an elevated reservoir at 75.00 at the constant rate of 9,00,000 litres per hour. The distance is 1500 m. Give the economical diameter of the rising main and the water horse power of the pump. Neglect minor losses and take f = 0.01. %3D

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
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1. From a clear water reservoir 3 m deep and maximum water level at 30.00, water is to be pumped to an elevated reservoir at 75.00 at the constant rate of 9,00,000 litres per hour. The distance is 1500 m. Give the economical diameter of the rising main and the water horse power of the pump. Neglect minor losses and take f = 0.01. %3D
Transcribed Image Text:1. From a clear water reservoir 3 m deep and maximum water level at 30.00, water is to be pumped to an elevated reservoir at 75.00 at the constant rate of 9,00,000 litres per hour. The distance is 1500 m. Give the economical diameter of the rising main and the water horse power of the pump. Neglect minor losses and take f = 0.01. %3D
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