- There Is Another Identical Question Here On Chegg But The Answer Is Incorrect Please Show Work Thanks 1 (43.22 KiB) Viewed 38 times
There is another identical question here on answers but the answer is incorrect. Please show work. Thanks!
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There is another identical question here on answers but the answer is incorrect. Please show work. Thanks!
There is another identical question here on answers but the answeris incorrect. Please show work. Thanks!
5. (10 pts) Consider a water-filled container with a hinged cover gate, as shown in the figure below. The length of the steel gate is 1 m, its width (into the paper) is 0.5 m, and it has a mass of 400 kg. The density of the water in the container is 1,000 kg/m³. First, find the pressure acting on the gate in terms of hy and h₂ and draw a free-body diagram of the forces and moments acting on the gate. The determine the water level hy required to force open the gate. Finally, if a 200 kg mass is then placed at 0.8 m from the hinge to hold the gate closed with this water level, what will be the new water level hy to force open the gate? hy 1=0.8 m h₂=3m
5. (10 pts) Consider a water-filled container with a hinged cover gate, as shown in the figure below. The length of the steel gate is 1 m, its width (into the paper) is 0.5 m, and it has a mass of 400 kg. The density of the water in the container is 1,000 kg/m³. First, find the pressure acting on the gate in terms of hy and h₂ and draw a free-body diagram of the forces and moments acting on the gate. The determine the water level hy required to force open the gate. Finally, if a 200 kg mass is then placed at 0.8 m from the hinge to hold the gate closed with this water level, what will be the new water level hy to force open the gate? hy 1=0.8 m h₂=3m