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A concrete support has a face which has the shape of a right triangle. The horizontal leg of the triangle forming the base of the support is 6 meters long and the vertical leg stands 9 meters tall. The support is submerged in water weighing 9800 Newtons per cubic meter so that the horizontal base is 12 meters beneath the surface of the water. Find the total fluid force exerted by the water on the triangular face of the support. Include correct units in your final answer.

A concrete support has a face which has the shape of a right triangle. The horizontal leg of the triangle forming the base of the support is 6 meters long and the vertical leg stands 9 meters tall. The support is submerged in water weighing 9800 Newtons per cubic meter so that the horizontal base is 12 meters beneath the surface of the water. Find the total fluid force exerted by the water on the triangular face of the support. Include correct units in your final answer.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The answer has to be 2,381,400 N. Ĵ A concrete support has a face which has the shape of a right triangle. The horizontal leg of the triangle forming the base of the support is 6 meters long and the vertical leg stands 9 meters tall. The support is submerged in water weighing 9800 Newtons per cubic meter so that the horizontal base is 12 meters beneath the surface of the water. Find the total fluid force exerted by the water on the triangular face of the support. Include correct units in your final answer.
Transcribed Image Text:The answer has to be 2,381,400 N. Ĵ A concrete support has a face which has the shape of a right triangle. The horizontal leg of the triangle forming the base of the support is 6 meters long and the vertical leg stands 9 meters tall. The support is submerged in water weighing 9800 Newtons per cubic meter so that the horizontal base is 12 meters beneath the surface of the water. Find the total fluid force exerted by the water on the triangular face of the support. Include correct units in your final answer.
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