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A water tank is located at a height of 10 meters. It is considered that the water pressure in the upper part is the atmospheric pressure. from the bottom of the tank connects to a 25 mm and finally attaches 20 mm. If the thick hose (from 25mm) suffers one painting at the level of the ground and put a tube vertical. Calculate the height h that reaches the water inside the tube. (consider that this height is maintained constant at time and that the fluid within is at rest)

A water tank is located at a height of 10 meters. It is considered that the water pressure in the upper part is the atmospheric pressure. from the bottom of the tank connects to a 25 mm and finally attaches 20 mm. If the thick hose (from 25mm) suffers one painting at the level of the ground and put a tube vertical. Calculate the height h that reaches the water inside the tube. (consider that this height is maintained constant at time and that the fluid within is at rest)

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A water tank is located at a height of 10 meters. It is considered that the water pressure in the upper part is the atmospheric pressure. from the bottom of the tank connects to a 25 mm and finally attaches 20 mm. If the thick hose (from 25mm) suffers one painting at the level of the ground and put a tube vertical. Calculate the height h that reaches the water inside the tube. (consider that this height is maintained constant at time and that the fluid within is at rest)
Transcribed Image Text:A water tank is located at a height of 10 meters. It is considered that the water pressure in the upper part is the atmospheric pressure. from the bottom of the tank connects to a 25 mm and finally attaches 20 mm. If the thick hose (from 25mm) suffers one painting at the level of the ground and put a tube vertical. Calculate the height h that reaches the water inside the tube. (consider that this height is maintained constant at time and that the fluid within is at rest)
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