Task 1:A dam is used to store water, and a rectangular gate which is hinged at its bottom edge is usedto control the flow as shown in figure 1. For this gate, width = 1 m (in the direction of the page), α = 65°, h1 = 1 m, and h2 = 5 m. a. Describe the forces acting on the gate and the center of pressure.b. Determine the resultant force and the position of the center of pressure on the gate.c. What is the maximum gate mass that is needed for it not to fall?d. Show yc, yR, hc, hR, FR, and W on the free body diagram. Task 1:A dam is used to store water, and a rectangular gate which is hinged at its bottom edge is usedto control the flow as shown in figure 1. For this gate, width = 1 m (in the direction of the page), a = 65°, hị = 1 m, and h2 = 5 m.hiWaterAtmosphericpressureGateh2Hinge,Figure 1: Schematic for task 1. (Giancoli et al.)a. Describe the forces acting on the gate and the center of pressure.b. Determine the resultant force and the position of the center of pressure on the gate.c. What is the maximum gate mass that is needed for it not to fall?

Name: Task 1:A dam is used to store water, and a rectangular gate which is h
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Description: Task 1:A dam is used to store water, and a rectangular gate which is hinged at its bottom edge is usedto control the flow as shown in figure 1. For this gate, width = 1 m (in the direction of the page), α = 65°, h1 = 1 m, and h2 = 5 m. a. Describe th

Data given- As per the policy i have answered first 3 subparts for you. Alpha = 65° w = 1 m h1 =…

Answered: A dam is used to store water, and a…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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Task 1:
A dam is used to store water, and a rectangular gate which is hinged at its bottom edge is used
to control the flow as shown in figure 1. For this gate, width = 1 m (in the direction of the page)
, α = 65°, h1 = 1 m, and h2 = 5 m.

a. Describe the forces acting on the gate and the center of pressure.
b. Determine the resultant force and the position of the center of pressure on the gate.
c. What is the maximum gate mass that is needed for it not to fall?
d. Show yc, yR, hc, hR, FR, and W on the free body diagram.

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