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A traffic light, 20-kg in mass is suspended between two cables as shown. Determine the forces acting the cables AB and BC. 80 ft -20 ft→c 10 ft B 30 ft The force acting in cable AB in terms of ВС The magnitude of Force in cable AB The magnitude of the force in cable BC the y-component of the resultant R of the forces in cables BC and AB. the direction of the resultant force R measured from x component. :: 298.359 N :: 147.1499 N :: 21.1957 degrees :: 4.92695 x10^(-4) :: 329.0374N :: 1.102822 BC : 90 degrees :: 0.90676 BC II I II II I III I II II II I III II II

A traffic light, 20-kg in mass is suspended between two cables as shown. Determine the forces acting the cables AB and BC. 80 ft -20 ft→c 10 ft B 30 ft The force acting in cable AB in terms of ВС The magnitude of Force in cable AB The magnitude of the force in cable BC the y-component of the resultant R of the forces in cables BC and AB. the direction of the resultant force R measured from x component. :: 298.359 N :: 147.1499 N :: 21.1957 degrees :: 4.92695 x10^(-4) :: 329.0374N :: 1.102822 BC : 90 degrees :: 0.90676 BC II I II II I III I II II II I III II II

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 traffic light, 20-kg in mass is suspended between two cables as shown. Determine the forces acting the cables AB and BC. 80 ft 20 ftC 10 ft B 30 ft The force acting in cable AB in terms of ВС The magnitude of Force in cable AB The magnitude of the force in cable BC the y-component of the resultant R of the forces in cables BC and AB. the direction of the resultant force R measured from x component. :: 298.359 N :: 147.1499N :: 21.1957 degrees :: 4.92695 x10^(-4) :: 329.0374 N :: 1.102822 BC :: 90 degrees :: 0.90676 BC
Transcribed Image Text:A traffic light, 20-kg in mass is suspended between two cables as shown. Determine the forces acting the cables AB and BC. 80 ft 20 ftC 10 ft B 30 ft The force acting in cable AB in terms of ВС The magnitude of Force in cable AB The magnitude of the force in cable BC the y-component of the resultant R of the forces in cables BC and AB. the direction of the resultant force R measured from x component. :: 298.359 N :: 147.1499N :: 21.1957 degrees :: 4.92695 x10^(-4) :: 329.0374 N :: 1.102822 BC :: 90 degrees :: 0.90676 BC
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