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A 30-cm diameter solid steel sphere hangs from cables as shown. Find the tension in cables AB and AC. For the density of steel, use p= 7270 kg/m^3

A 30-cm diameter solid steel sphere hangs from cables as shown. Find the tension in cables AB and AC. For the density of steel, use p= 7270 kg/m^3

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 30-cm diameter solid steel sphere hangs from cables as shown. Find the tension in cables AB and AC. For the density of steel, use p= 7270 kg/m^3

The image shows a diagram of a pendulum system. It consists of a spherical bob labeled as point A, which is suspended by two cords. These cords are attached to points B and C on a horizontal support. - The angle between the cord from point B to point A and the vertical is labeled as 45 degrees. - Similarly, the angle between the cord from point C to point A and the vertical is also labeled as 45 degrees. This setup forms two right-angled triangles, each with one side along the vertical axis and one sloping at a 45-degree angle. The symmetry of the angles implies that the tensions in the cords may be equal, depending on the mass of the bob and other forces acting on it. This type of system is often used to study equilibrium and tension forces in physics.
Transcribed Image Text:The image shows a diagram of a pendulum system. It consists of a spherical bob labeled as point A, which is suspended by two cords. These cords are attached to points B and C on a horizontal support. - The angle between the cord from point B to point A and the vertical is labeled as 45 degrees. - Similarly, the angle between the cord from point C to point A and the vertical is also labeled as 45 degrees. This setup forms two right-angled triangles, each with one side along the vertical axis and one sloping at a 45-degree angle. The symmetry of the angles implies that the tensions in the cords may be equal, depending on the mass of the bob and other forces acting on it. This type of system is often used to study equilibrium and tension forces in physics.
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