A 3-m-high, 9.5-m-wide rectangular gate is hinged at the top edge at A and is restrained by a fixed ridge at B. Determine the hydrostatic force exerted on the gate by the 2-m-high water and the location of the pressure center. Take the density of water to be 1000 kg/m3 throughout. 3 m Gate B The hydrostatic force exerted on the gate by the water is kN. 190kN The vertical distance of the pressure center from the free surface of water is 1.333m m.
A 3-m-high, 9.5-m-wide rectangular gate is hinged at the top edge at A and is restrained by a fixed ridge at B. Determine the hydrostatic force exerted on the gate by the 2-m-high water and the location of the pressure center. Take the density of water to be 1000 kg/m3 throughout. 3 m Gate B The hydrostatic force exerted on the gate by the water is kN. 190kN The vertical distance of the pressure center from the free surface of water is 1.333m m.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A 3-m-high, 9.5-m-wide rectangular gate is hinged at the top edge at A and is restrained by a fixed ridge at B. Determine the
hydrostatic force exerted on the gate by the 2-m-high water and the location of the pressure center. Take the density of water to be
1000 kg/m3 throughout.
3 m
Gate
B
190kN
The hydrostatic force exerted on the gate by the water is
kN.
1.333m
The vertical distance of the pressure center from the free surface of water is
m.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F54b3762d-a6ee-4c57-bcd0-c117dda4a6df%2F2d1efcbd-d008-41bf-88e8-1f34940c081f%2F3qorned_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A 3-m-high, 9.5-m-wide rectangular gate is hinged at the top edge at A and is restrained by a fixed ridge at B. Determine the
hydrostatic force exerted on the gate by the 2-m-high water and the location of the pressure center. Take the density of water to be
1000 kg/m3 throughout.
3 m
Gate
B
190kN
The hydrostatic force exerted on the gate by the water is
kN.
1.333m
The vertical distance of the pressure center from the free surface of water is
m.
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