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3. Cable Geometry Characteristics The cable has a maximum tensile capacity of 20 k, determine the minimum sag permitted at C. The force in cable AB is maximum and assume the following: Reaction @A = 20k, AB = 20k, Ay = 6.27k, Ax = 19k 12' 20' 101 18' (3.66m) (6.1m) (3.05m) (5.49 m) ! B 3K 2K SAG hc = 12' (3.66m) (13.35kN) 7K (31.14 KN) (8.9 KN)

3. Cable Geometry Characteristics The cable has a maximum tensile capacity of 20 k, determine the minimum sag permitted at C. The force in cable AB is maximum and assume the following: Reaction @A = 20k, AB = 20k, Ay = 6.27k, Ax = 19k 12' 20' 101 18' (3.66m) (6.1m) (3.05m) (5.49 m) ! B 3K 2K SAG hc = 12' (3.66m) (13.35kN) 7K (31.14 KN) (8.9 KN)

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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3. Cable Geometry Characteristics The cable has a maximum tensile capacity of 20 k, determine the minimum sag permitted at C. The force in cable AB is maximum and assume the following: Reaction @A = 20k, AB = 20k, Ay = 6.27k, Ax = 19k 12' 20' 101 18' (3.66m) (6.1m) (3.05m) (5.49 m) ! B 3K 2K SAG hc = 12' (3.66m) (13.35kN) 7K (31.14 KN) (8.9 KN)
Transcribed Image Text:3. Cable Geometry Characteristics The cable has a maximum tensile capacity of 20 k, determine the minimum sag permitted at C. The force in cable AB is maximum and assume the following: Reaction @A = 20k, AB = 20k, Ay = 6.27k, Ax = 19k 12' 20' 101 18' (3.66m) (6.1m) (3.05m) (5.49 m) ! B 3K 2K SAG hc = 12' (3.66m) (13.35kN) 7K (31.14 KN) (8.9 KN)
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