(Force on curved surface) A gate in the form of a partial cylindrical surface (called a Tainter gate) holds back water on top of a dam as shown in the figure below. The radius of the surface is 21 ft, and its length is 38 ft. The gate can pivot about point A, and the pivot point is 9 ft above the seat, C. Determine the magnitude of the resultant water force on the gate. V Tainter gate Water A
(Force on curved surface) A gate in the form of a partial cylindrical surface (called a Tainter gate) holds back water on top of a dam as shown in the figure below. The radius of the surface is 21 ft, and its length is 38 ft. The gate can pivot about point A, and the pivot point is 9 ft above the seat, C. Determine the magnitude of the resultant water force on the gate. V Tainter gate Water A
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Transcribed Image Text:(Force on curved surface) A gate in the form of a partial cylindrical surface (called a Tainter gate) holds back water on top of a dam as
shown in the figure below. The radius of the surface is 21 ft, and its length is 38 ft. The gate can pivot about point A, and the pivot point
is 9 ft above the seat, C. Determine the magnitude of the resultant water force on the gate.
9 ft
FG =
i
Tainter
gate
Water
Dam
lb
A
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