I got a general question(not a math problem)

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The discussion centers on the relationship between force magnitudes and lever arm distances in the context of torque. Torque is defined as the product of force and lever arm length, indicating a direct relationship between the two. However, the effectiveness of the force depends on its application angle, particularly the need for it to be perpendicular to the lever arm for maximum torque. Participants clarify that any force can be applied regardless of size, but its impact on torque varies based on the lever arm's length and angle. Understanding these principles is essential for solving related physics problems effectively.
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1. Homework Statement
what is the relationship between the magnitudes of the forces exerted and the lever arm distance over which the force were exerted?

2. Homework Equations
3. The Attempt at a Solution
the force and distance are directly related because T (torque) = F times (lever arm)
 
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There is no relationship.
 
what?? why1? is it because the force has to be perpendicular to the center of rotation?
 
No.
It is because if you have a lever of a certain length, you can apply whatever force upon it. A tiny force or a huge force, your choice.
 
ahhh ok thanks
 
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