Check my A triangular shaped gate is hinged at point A, as shown. Knowing that the weight of the gate is 500 N/m, determine the force needed to keep the gate at its position per unit width. The line of action of the weight of the gate is denoted by the dashed line. Take the density of water to be 1000 kg/m. The height h of the gate is 2 m. In the given figure, gis 24 m and the thickness of the gate is not considered. 1m 45 m Water N/m. The force needed to keep the gate at its position per unit width is
Check my A triangular shaped gate is hinged at point A, as shown. Knowing that the weight of the gate is 500 N/m, determine the force needed to keep the gate at its position per unit width. The line of action of the weight of the gate is denoted by the dashed line. Take the density of water to be 1000 kg/m. The height h of the gate is 2 m. In the given figure, gis 24 m and the thickness of the gate is not considered. 1m 45 m Water N/m. The force needed to keep the gate at its position per unit width is
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Read the question carefully. Given question observe the weight of the gate is 500 N/m.
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A triangular shaped gate is hinged at point A, as shown. Knowing that the weight of the gate is 500 N/m, determine the force needed
to keep the gate at its position per unit width. The line of action of the weight of the gate is denoted by the dashed line. Take the
density of water to be 1000 kg/m. The height h of the gate is 2 m. In the given figure, gis 24 m and the thickness of the gate is not
considered.
45 m
Water
N/m
The force needed to keep the gate at its position per unit width is
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