Problem 2. A 10 m diameter plate is suspended in the water (Fig. 2). Determine the total resultant force exerted by the hydrostatic pressure on the plate, and the location of the resultant force. Note that you can assume the thickness of the plate to be negligible. 10m Figure 2: A 10 m diameter plate is suspended 10 m from the water surface.
Problem 2. A 10 m diameter plate is suspended in the water (Fig. 2). Determine the total resultant force exerted by the hydrostatic pressure on the plate, and the location of the resultant force. Note that you can assume the thickness of the plate to be negligible. 10m Figure 2: A 10 m diameter plate is suspended 10 m from the water surface.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A 10 m diameter plate is suspended in the water (Fig. 2). Determine the total
resultant force exerted by the hydrostatic pressure on the plate, and the location of the resultant force. Note that you can assume the thickness of the plate to be negligible.
Transcribed Image Text:Problem 2. A 10 m diameter plate is suspended in the water (Fig. 2). Determine the total
resultant force exerted by the hydrostatic pressure on the plate, and the location of the
resultant force. Note that you can assume the thickness of the plate to be negligible.
10m
Figure 2: A 10 m diameter plate is suspended 10 m from the water surface.
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