Two square gates close two openings in a conduit connected to an open tank of water as shown. When the water depth, h, reaches 5 m it is desired that both gates open at the same time. Determine the...


Two square gates close two openings in a conduit connected to an open tank of water as shown. When the water depth, h, reaches 5 m it is desired that both gates open at the same time. Determine the weight of the homogeneous horizontal gate and the horizontal force R acting on the vertical gate that is required to keep the gates closed until this depth is reached. The weight of the vertical gate is negligible, and both gates are
hinged at one end as shown. Friction in the hinges is negligible.


Hinge<br>Horizontal gate, 4m x 4m<br>3 m<br>R<br>Vertical gate,<br>4m x 4m<br>Water<br>-Hinge<br>

Extracted text: Hinge Horizontal gate, 4m x 4m 3 m R Vertical gate, 4m x 4m Water -Hinge

Jun 11, 2022
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