ottom as shown in the figure. Given d = 2.5 m and h = 1.9 m. Calculate the magnitude of the resultant pressure force, Fp, on the window panel. Calculate the depth of the center of pressure, i.e. the depth where the resultant pressure force acts Draw the vector, Fp on your drawing of the tank. Indicate its direction and location. i. ii. iii. Panel d h
ottom as shown in the figure. Given d = 2.5 m and h = 1.9 m. Calculate the magnitude of the resultant pressure force, Fp, on the window panel. Calculate the depth of the center of pressure, i.e. the depth where the resultant pressure force acts Draw the vector, Fp on your drawing of the tank. Indicate its direction and location. i. ii. iii. Panel d h
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
Transcribed Image Text:4.
A tank of water at 12 °C has a round window panel at the
bottom as shown in the figure. Given d = 2.5 m and h = 1.9 m.
i.
ii.
iii.
Calculate the magnitude of the resultant pressure force,
Fp, on the window panel.
Calculate the depth of the center of pressure, i.e. the
depth where the resultant pressure force acts
Draw the vector, Fp on your drawing of the tank. Indicate
its direction and location.
Panel
Expert Solution
Step 1
The resultant pressure force is equal to product of pressure at centroid and area of plane.
Further the resultant pressure force acts perpendicular to the plane
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