A large aquarium has the triangluar viewing window shown below. The ve

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A large aquarium has the triangluar viewing window shown below. The vertices are at (−16, 0) and (16, 0) and (0, 8). The water surface is at y = 21 (shown by the blue line). All distances are in feet. The weight density of water is 62.5 lbs/ft∧3. Find the hydrostatic force on the window. (graph not to scale) lbs

A large aquarium has the triangluar viewing window shown below. The vertices are at (−16, 0) and (16, 0) and (0, 8). The water surface is at y = 21 (shown by the blue line). All distances are in feet. The weight density of water is 62.5 lbs/ft∧3. Find the hydrostatic force on the window. (graph not to scale) lbs

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A large aquarium has the triangluar viewing window shown below. The vertices are at

(- 16, 0)

and

(16, 0)

and

(0, 8)

. The water surface is at

y = 21

(shown by the blue line). All distances are in feet. The weight density of water is

62.5 l b s / {f t}^{\land} 3

. Find the hydrostatic force on the window.
(graph not to scale)
lbs

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