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The antenna tower shown is attached to the foundation by a ball and socket joint. It is supported in its upright position by four high strength AC, AD and AE. Given: Height of tower, h = 20 m Diameter of tower, d= 150 mm Diameter of steel wires = 6.5 mm Steel modulus of elasticity = 200 GPa Find the force in wire AD if a pulling force F = 5 kN acts along the x - axis at the tip of the tower.

The antenna tower shown is attached to the foundation by a ball and socket joint. It is supported in its upright position by four high strength AC, AD and AE. Given: Height of tower, h = 20 m Diameter of tower, d= 150 mm Diameter of steel wires = 6.5 mm Steel modulus of elasticity = 200 GPa Find the force in wire AD if a pulling force F = 5 kN acts along the x - axis at the tip of the tower.

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 antenna tower shown is attached to the foundation by a ball and socket joint. It is supported in its upright position by four high strength AC, AD and AE. Given: Height of tower, h = 20 m Diameter of tower, d= 150 mm Diameter of steel wires = 6.5 mm Steel modulus of elasticity = 200 GPa Find the force in wire AD if a pulling force F = 5 kN acts along the x - axis at the tip of the tower.
Transcribed Image Text:The antenna tower shown is attached to the foundation by a ball and socket joint. It is supported in its upright position by four high strength AC, AD and AE. Given: Height of tower, h = 20 m Diameter of tower, d= 150 mm Diameter of steel wires = 6.5 mm Steel modulus of elasticity = 200 GPa Find the force in wire AD if a pulling force F = 5 kN acts along the x - axis at the tip of the tower.
F 8.0m F A 12.0m E 12.0m 12.0m 12.0m 12.0m B
Transcribed Image Text:F 8.0m F A 12.0m E 12.0m 12.0m 12.0m 12.0m B
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