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4. A cable 800 m long weighing 1.5 kN/m has tension of 750 kN at each end. Note: Treat this as catenary. a) Determine the maximum sag of the cable. b) Compute the maximum distance between the supports. c) Calculate the ratio of the distance between the supports and the sag.

4. A cable 800 m long weighing 1.5 kN/m has tension of 750 kN at each end. Note: Treat this as catenary. a) Determine the maximum sag of the cable. b) Compute the maximum distance between the supports. c) Calculate the ratio of the distance between the supports and the sag.

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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4. A cable 800 m long weighing 1.5 kN/m has tension of 750 kN at each end. Note: Treat this as catenary. a) Determine the maximum sag of the cable. b) Compute the maximum distance between the supports. c) Calculate the ratio of the distance between the supports and the sag.
Transcribed Image Text:4. A cable 800 m long weighing 1.5 kN/m has tension of 750 kN at each end. Note: Treat this as catenary. a) Determine the maximum sag of the cable. b) Compute the maximum distance between the supports. c) Calculate the ratio of the distance between the supports and the sag.
T= 750 kN TE 750KN
Transcribed Image Text:T= 750 kN TE 750KN
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