Can You Explain the Effects of Tensional Force on Objects?

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In summary: If you keep pulling, the object will keep moving until the tension becomes too great and the string snaps.
  • #1
sgstudent
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Hi, I learned the basics about tensional force and I have some queries about it. I'm hoping you guys are able to clear out these doubts. When I have string connected to an object on one hand and the other is connected to me, when I exert a force which is too small in magnitude to move myself eg I pull with 10N and the string pulls back with 10N. But I thought the object also experiences a force of 10N, so why won't it move forward?

Then when I raise my force to 15N such that now I have a net force of 5N I will thus start to move forward. However, I thought the object behind experience 10N of force too? So why is it able to move now unlike the previous scenario.

I think my theory is quite wrong so I'm hoping you guys can help me out with this. Thanks! :smile:
 
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  • #2
sgstudent said:
when I exert a force which is too small in magnitude to move myself eg I pull with 10N and the string pulls back with 10N. But I thought the object also experiences a force of 10N, so why won't it move forward?

It does accelerate unless another force like friction is canceling the exerted force.
 
  • #3
It can move? Isn't that very weird like I'm not moving but the object its connected to is... is it possible for you to explain the tension concept to me? I'm guessing that my understanding of this is pretty much messed up... thanks for the help!
 
  • #4
i think maybe you are ,mistaking the action reaction forces. they sre equal in magnitude opposite in direction and act on different masses so different inertias and they have different resistance to motion so while you may move,. the same force acts on a different inertia and depending on its mass and net force actin on it(friction incl.) so does its acceleration.
 
  • #5
I don't think tension force is anything special. Suppose you are in a space with zero gravity. If you pull a little, the object moves toward you. As soon as it moves, if the location of your hand doesn't change, the string looses and the tension becomes zero.
 

FAQ: Can You Explain the Effects of Tensional Force on Objects?

What is tensional force?

Tensional force, also known as tension, is the pulling or stretching force that is exerted on an object when it is pulled or stretched.

How is tensional force measured?

Tensional force is measured in units of Newtons (N) using a spring scale or force sensor.

What factors affect tensional force?

The amount of tensional force on an object is affected by its mass, the material it is made of, and the direction and strength of the applied force.

What is an example of tensional force in everyday life?

A common example of tensional force is when you pull on a rubber band and feel the resistance or tension in the band as it stretches.

How does tensional force contribute to structural stability?

In structures, tensional force is often used to counteract compressive forces and provide stability. For example, in a suspension bridge, the weight of the bridge is distributed through tensional forces in the cables, allowing the bridge to support heavy loads.

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