If two forces of equal magnitude are applied at different distances from a pivot
Practice Questions
Q1
If two forces of equal magnitude are applied at different distances from a pivot, which will produce a greater torque?
The force applied further away
The force applied closer
Both produce equal torque
It depends on the angle
Questions & Step-by-Step Solutions
If two forces of equal magnitude are applied at different distances from a pivot, which will produce a greater torque?
Step 1: Understand what torque is. Torque is a measure of how much a force acting on an object causes that object to rotate around a pivot point.
Step 2: Identify the two forces being applied. Both forces have the same strength (magnitude).
Step 3: Note the distances from the pivot where each force is applied. One force is applied closer to the pivot, and the other is applied further away.
Step 4: Remember the rule: Torque increases with distance. The further away the force is from the pivot, the greater the torque it produces.
Step 5: Compare the two torques. The force applied further from the pivot will create a larger torque than the force applied closer to the pivot.
