For the given arrangement, calculate the force exerted by the stop and by the hi
ID: 1989796 • Letter: F
Question
For the given arrangement, calculate the force exerted by the stop and by the hinge on the gate. Clearly indicate the direction of the forces. If the water level H decreases, the force at the stop will decrease as well until it is eventually zero, at which point the gate will open. At what value of H will this occur for the above gate system? Examine the gate arrangement shown below. The gate is rectangular with a width (out-of-page) of b = 10 m. There a a stop in the water at the base of the gate (B) and a hinge (A) located a distance of hAB =2m along the gate up from the base. The height of the fluid above the base of the gate is H = 10 m. Assume that a = 30 degree rho - 1000 kg/m3 g = 9.81 m/s2, and ignore the weight of the gate itself.Explanation / Answer
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