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Water is pumped from an elevated pool to a tank that is initially empty. The height from the water surface of the pool to the bottom of the tank is 10 m. At the bottom of the tank is an orifice 4 cm in diameter. The hose connecting the tank and the pool is also 4 cm in diameter. If frictional losses are ignored, determine to what height the water will rise in the tank when equilibrium is achieved.

Water is pumped from an elevated pool to a tank that is initially empty. The height from the water surface of the pool to the bottom of the tank is 10 m. At the bottom of the tank is an orifice 4 cm in diameter. The hose connecting the tank and the pool is also 4 cm in diameter. If frictional losses are ignored, determine to what height the water will rise in the tank when equilibrium is achieved.

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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Water is pumped from an elevated pool to a tank that is initially empty. The height from the water surface of the pool to the bottom of the tank is 10 m. At the bottom of the tank is an orifice 4 cm in diameter. The hose connecting the tank and the pool is also 4 cm in diameter. If frictional losses are ignored, determine to what height the water will rise in the tank when equilibrium is achieved.
Transcribed Image Text:Water is pumped from an elevated pool to a tank that is initially empty. The height from the water surface of the pool to the bottom of the tank is 10 m. At the bottom of the tank is an orifice 4 cm in diameter. The hose connecting the tank and the pool is also 4 cm in diameter. If frictional losses are ignored, determine to what height the water will rise in the tank when equilibrium is achieved.
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