$**$Analysis of Cable Supporting a Concentrated Load in civil engineering:$**$

When analyzing a cable supporting a concentrated load in civil engineering, it's essential to consider the equilibrium of forces acting on the cable. The cable is subjected to both tension and compression forces. The tension force acts along the cable's length, providing the necessary support to counteract the applied load, while the compression force acts radially outward, maintaining the cable's shape.

The analysis involves determining the tension in the cable, which is influenced by factors such as the magnitude of the applied load, the cable's length and diameter, and the cable material's properties, including its modulus of elasticity. The cable's geometry, including its sag and inclination angle, also plays a role in the analysis.

$**$Objective Type Question:$**$

What primarily influences the tension in a cable supporting a concentrated load?

a$)$ Magnitude of the applied load

b$)$ Length of the cable

c$)$ Diameter of the cable

d$)$ Modulus of elasticity of the cable material