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The tension force in rope AB is 100 lb. It is required that the magnitude of the resultant moment vector (MR)o about the base of the tree O due to the forces exerted on the tree by the two ropes to be (MR)o = 1,500 lb-ft. (a) What is the necessary tension force in rope AC to satisfy this condition? (0,0, 8) ft y B (10 ,0, 0) ft C (14,14, 0) ft

The tension force in rope AB is 100 lb. It is required that the magnitude of the resultant moment vector (MR)o about the base of the tree O due to the forces exerted on the tree by the two ropes to be (MR)o = 1,500 lb-ft. (a) What is the necessary tension force in rope AC to satisfy this condition? (0,0, 8) ft y B (10 ,0, 0) ft C (14,14, 0) ft

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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The tension force in rope AB is 100 lb. It is required that the magnitude of the resultant moment vector (MR)o about the base of the tree O due to the forces exerted on the tree by the two ropes to be (MR)o = 1,500 lb-ft. (a) What is the necessary tension force in rope AC to satisfy this condition? A (0,0,8) ft y O. B (10 ,0, 0) ft C (14,14,0) ft
Transcribed Image Text:The tension force in rope AB is 100 lb. It is required that the magnitude of the resultant moment vector (MR)o about the base of the tree O due to the forces exerted on the tree by the two ropes to be (MR)o = 1,500 lb-ft. (a) What is the necessary tension force in rope AC to satisfy this condition? A (0,0,8) ft y O. B (10 ,0, 0) ft C (14,14,0) ft
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