The L-shaped gate shown in the figure is designed such that when water reaches a certain design depth, h, it will automatically open by overturning clockwise. Counterclockwise rotation beyond the initial position is prevented by a stopper located at the end of the horizontal leg of the gate. The center of gravity of the gate is located a few centimeters to the right of O. Which of the following statements is FALSE? Water 1.5 m Select one: O a. At low values of depth, the gate may overturn due to the moment caused by the weight of the gate O b. The pressure distribution on the vertical side of the gate is trapezoidal O c. When the design depth, h, is reached, the gate will overturn due to the moment caused by hydrostatic force on the vertical side O d. The pressure distribution on the horizontal side of the gate is constant
The L-shaped gate shown in the figure is designed such that when water reaches a certain design depth, h, it will automatically open by overturning clockwise. Counterclockwise rotation beyond the initial position is prevented by a stopper located at the end of the horizontal leg of the gate. The center of gravity of the gate is located a few centimeters to the right of O. Which of the following statements is FALSE? Water 1.5 m Select one: O a. At low values of depth, the gate may overturn due to the moment caused by the weight of the gate O b. The pressure distribution on the vertical side of the gate is trapezoidal O c. When the design depth, h, is reached, the gate will overturn due to the moment caused by hydrostatic force on the vertical side O d. The pressure distribution on the horizontal side of the gate is constant
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![The L-shaped gate shown in the figure is designed such that when water reaches a certain
design depth, h, it will automatically open by overturning clockwise. Counterclockwise rotation
beyond the initial position is prevented by a stopper located at the end of the horizontal leg of
the gate. The center of gravity of the gate is located a few centimeters to the right of O. Which
of the following statements is FALSE?
Water
1.5 m
Select one:
O a. At low values of depth, the gate may overturn due to the moment caused by the
weight of the gate
O b. The pressure distribution on the vertical side of the gate is trapezoidal
O c. When the design depth, h, is reached, the gate will overturn due to the moment caused
by hydrostatic force on the vertical side
O d. The pressure distribution on the horizontal side of the gate is constant](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3f2629aa-d15d-49c1-9d5b-f9fd217a3abd%2F48d344e1-c59b-4ee8-b2dd-9506a5598e7a%2Fh6f9euo_processed.png&w=3840&q=75)
Transcribed Image Text:The L-shaped gate shown in the figure is designed such that when water reaches a certain
design depth, h, it will automatically open by overturning clockwise. Counterclockwise rotation
beyond the initial position is prevented by a stopper located at the end of the horizontal leg of
the gate. The center of gravity of the gate is located a few centimeters to the right of O. Which
of the following statements is FALSE?
Water
1.5 m
Select one:
O a. At low values of depth, the gate may overturn due to the moment caused by the
weight of the gate
O b. The pressure distribution on the vertical side of the gate is trapezoidal
O c. When the design depth, h, is reached, the gate will overturn due to the moment caused
by hydrostatic force on the vertical side
O d. The pressure distribution on the horizontal side of the gate is constant
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