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A curved gate in the shape of the circular arc was used to hold oil and water in the container shown. If it is hinged at point O and the gate is 4 m wide into the paper oil (0-86) H₂0 B Determine the Reaction at Hinge O. 2m 2m R=6M 30°

A curved gate in the shape of the circular arc was used to hold oil and water in the container shown. If it is hinged at point O and the gate is 4 m wide into the paper oil (0-86) H₂0 B Determine the Reaction at Hinge O. 2m 2m R=6M 30°

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A curved gate in the shape of the circular arc was used to hold oil and water in the container shown. If it is hinged at point O and the gate is 4 m wide into the paper 7 oil (0-86) Hh₂0 B Determine the Reaction at Hinge O. 2m 2m R=6M 30° O
Transcribed Image Text:A curved gate in the shape of the circular arc was used to hold oil and water in the container shown. If it is hinged at point O and the gate is 4 m wide into the paper 7 oil (0-86) Hh₂0 B Determine the Reaction at Hinge O. 2m 2m R=6M 30° O
A circular barrel, 19 KN in weight, was used to separate water from glycerin as shown below. Both contact surfaces A and B are smooth and exert only perpendicular forces to the surface. If the barrel is 3 m wide into the paper glycerin (1.56) H₂0 A 2m 2m H₂0 B A. Determine the magnitude (KN) and direction of the reaction at B. B Determine the magnitude (kN) and direction of the reaction at A. W.S. 14
Transcribed Image Text:A circular barrel, 19 KN in weight, was used to separate water from glycerin as shown below. Both contact surfaces A and B are smooth and exert only perpendicular forces to the surface. If the barrel is 3 m wide into the paper glycerin (1.56) H₂0 A 2m 2m H₂0 B A. Determine the magnitude (KN) and direction of the reaction at B. B Determine the magnitude (kN) and direction of the reaction at A. W.S. 14
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