The gate shown in the figure is hinged at A and rests on a smooth floor at B. The gate is a square in shape with 3m x 3m in dimension, while it is submerged in oil (SG = 0.82) as shown. The air above the oil surface is under a pressure of 7KP.. If the gate weighs 5 KN, determine the vertical force "T" required to open the gate. (Notes: Hydrostatic force "F" is always perpendicular to the plane surface. Also, the h is the pressure head located at the center of gravity of the object, which means, what will be the height of the oil if I am going to convert the pressure at the top into oil) (A) 178.52 KN (B) 184.60 KN c) 202.66 KN D) 196.36 KN

The gate shown in the figure is hinged at A and rests on a smooth floor at B. The gate is a square in shape with 3m x 3m in dimension, while it is submerged in oil (SG = 0.82) as shown. The air above the oil surface is under a pressure of 7KP.. If the gate weighs 5 KN, determine the vertical force "T" required to open the gate. (Notes: Hydrostatic force "F" is always perpendicular to the plane surface. Also, the h is the pressure head located at the center of gravity of the object, which means, what will be the height of the oil if I am going to convert the pressure at the top into oil) (A) 178.52 KN (B) 184.60 KN c) 202.66 KN D) 196.36 KN

Name: AIR . P = 7 KPä."1.5 mOILHINGESG = 0.82ATA3mThe gate shown in the fig
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Description: AIR . P = 7 KPä."1.5 mOILHINGESG = 0.82ATA3mThe gate shown in the figure is hinged at A and rests on a smooth floor at B. The gate is a square in shape with 3m x 3m indimension, while it is submerged in oil (SG = 0.82) as shown. The air above the oi

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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