Torque in rotational motion depends on a few key things:
Amount of Force: The more you push or pull, the more torque you create. For example, if you push harder on a door, it swings open more easily.
Length of the Lever Arm: The farther away you are from the pivot point, the more torque you can generate. For instance, using a longer wrench helps you turn a bolt with more force.
Angle of Application: Torque is at its highest when the force is applied straight out from the lever arm.
So, we can think of torque with this simple idea: larger forces, longer lever arms, and the right angle mean more torque!
Torque in rotational motion depends on a few key things:
Amount of Force: The more you push or pull, the more torque you create. For example, if you push harder on a door, it swings open more easily.
Length of the Lever Arm: The farther away you are from the pivot point, the more torque you can generate. For instance, using a longer wrench helps you turn a bolt with more force.
Angle of Application: Torque is at its highest when the force is applied straight out from the lever arm.
So, we can think of torque with this simple idea: larger forces, longer lever arms, and the right angle mean more torque!