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1. The plane surface AB in the figure is rectangular in shape, 3 m wide, an d5 m long perpendicular to the paper. With oil on one side as shown, determine the total hydrostatic force on the gate by computing the horizontal and vertical components and their resultant. Locate the center of pressure. S=0.85 A B 3m 2m

1. The plane surface AB in the figure is rectangular in shape, 3 m wide, an d5 m long perpendicular to the paper. With oil on one side as shown, determine the total hydrostatic force on the gate by computing the horizontal and vertical components and their resultant. Locate the center of pressure. S=0.85 A B 3m 2m

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
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Please answer both. I have last count left. thank you

1. The plane surface AB in the figure is rectangular in shape, 3 m wide, an d5 m long perpendicular to the paper. With oil on one side as shown, determine the total hydrostatic force on the gate by computing the horizontal and vertical components and their resultant. Locate the center of pressure. S=0.85 3m 2m 2. The vertical side of the tank is formed as shown. When the tank is full of molasses (S = 1.50), compute the total hydrostatic force against the side of the tank and the location of the center of pressure. ㅏ 204 + Jup. 4 3 TT 2m
Transcribed Image Text:1. The plane surface AB in the figure is rectangular in shape, 3 m wide, an d5 m long perpendicular to the paper. With oil on one side as shown, determine the total hydrostatic force on the gate by computing the horizontal and vertical components and their resultant. Locate the center of pressure. S=0.85 3m 2m 2. The vertical side of the tank is formed as shown. When the tank is full of molasses (S = 1.50), compute the total hydrostatic force against the side of the tank and the location of the center of pressure. ㅏ 204 + Jup. 4 3 TT 2m
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