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6. The rectangular gate shown in the figure has a length L2 = 6 ft, a depth into the page of 3 ft, and is hinged at point A. It is submerged in water so that L1 = 4 ft. A cable is attached to the gate at point B, runs over a frictionless pulley, and is attached to a solid sphere with specific gravity 2.4. If = 30°, determine the diameter of the sphere required to keep the gate closed. You may neglect the weight of the gate. 4₁ A B

6. The rectangular gate shown in the figure has a length L2 = 6 ft, a depth into the page of 3 ft, and is hinged at point A. It is submerged in water so that L1 = 4 ft. A cable is attached to the gate at point B, runs over a frictionless pulley, and is attached to a solid sphere with specific gravity 2.4. If = 30°, determine the diameter of the sphere required to keep the gate closed. You may neglect the weight of the gate. 4₁ A B

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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6. The rectangular gate shown in the figure has a length L2 = 6 ft, a depth into the page of 3 ft, and is hinged at point A. It is submerged in water so that L₁ = 4 ft. A cable is attached to the gate at point B, runs over a frictionless pulley, and is attached to a solid sphere with specific gravity 2.4. If 0 = 30°, determine the diameter of the sphere required to keep the gate closed. You may neglect the weight of the gate. A 4₁ B
Transcribed Image Text:6. The rectangular gate shown in the figure has a length L2 = 6 ft, a depth into the page of 3 ft, and is hinged at point A. It is submerged in water so that L₁ = 4 ft. A cable is attached to the gate at point B, runs over a frictionless pulley, and is attached to a solid sphere with specific gravity 2.4. If 0 = 30°, determine the diameter of the sphere required to keep the gate closed. You may neglect the weight of the gate. A 4₁ B
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