Breaking the Tension!  Testing the Strength of a Hammer Throw String! 💥💪         #physics #tension
Channel: SIGMA PHYSICS ⚛️ 
Date: 23/06/2023

PreRequisetes:
My playlist on mechanics:
https://www.youtube.com/playlist?list=PLQ3CKuXeJ7_O5VP3IDZxV8f3eEjVjBCTE
and
https://www.youtube.com/playlist?list=PLQ3CKuXeJ7_OES9pM2O_ra5No4LXe3fU7

Tension force is a term used in physics to describe the pulling force transmitted along a string, cable, rope, or any other type of flexible connector. It occurs when an object is being pulled in opposite directions by forces acting on it. The tension force acts along the direction of the string or cable and is transmitted equally throughout its length.

The key characteristics of tension force are as follows:

1. Transmission of Force: When a force is applied to an object connected by a string or cable, the tension force is transmitted throughout the entire length of the string or cable.

2. Equal Magnitude: In an idealized scenario where the string or cable has negligible mass and is not affected by external factors, the tension force is equal at all points along its length. This is because the tension force is the force required to maintain the string or cable in a state of equilibrium.

3. Opposite Directions: In most cases, the tension force acts in opposite directions at the ends of the string or cable. This occurs when different forces are applied to each end, causing the object to experience a pulling or stretching effect.

4. Maintaining Stability: The tension force is crucial for maintaining stability and equilibrium in various physical systems. It helps balance forces, prevent objects from falling, and transmit forces between connected objects.

It's important to note that tension force is a mathematical idealization that assumes an ideal string or cable with no stretch, deformation, or mass. In real-world scenarios, factors such as the elasticity of the material, its weight, and external influences can affect the behavior of the tension force.

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