5) In the following Figure, the gate is fixed at the point O and can rotate around this point.The width of the gate 5 m, and the weight of it is 78.9 kN. (Specific weight of water is9.81kN/m)17.89 m4.89ma) Draw the hydrostatic pressure distribution on the gate,b) calculate the resultant force acting upon the gate and find the center of forces on the gate.c) Find the minimum value of the force “f* that keeps the gate openW 68

Name: 5) In the following Figure, the gate is fixed at the point O and can
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Description: 5) In the following Figure, the gate is fixed at the point O and can rotate around this point.The width of the gate 5 m, and the weight of it is 78.9 kN. (Specific weight of water is9.81kN/m)17.89 m4.89ma) Draw the hydrostatic pressure distribution

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a) Draw the hydrostatic pressure distribution on the gate, b) calculate the resultant force acting upon the gate and find the center of forces on the gate. c) Find the minimum value of the force “f" that keeps the gate open

a) Draw the hydrostatic pressure distribution on the gate, b) calculate the resultant force acting upon the gate and find the center of forces on the gate. c) Find the minimum value of the force “f" that keeps the gate open

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

5) In the following Figure, the gate is fixed at the point O and can rotate around this point.
The width of the gate 5 m, and the weight of it is 78.9 kN. (Specific weight of water is
9.81kN/m)
17.89 m
4.89m
a) Draw the hydrostatic pressure distribution on the gate,
b) calculate the resultant force acting upon the gate and find the center of forces on the gate.
c) Find the minimum value of the force “f* that keeps the gate open
W 68

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