Torque: The Science of Twisting Forces

What Is Torque? – Torque is the twisting force that makes objects rotate around an axis.
Formula Defined – Torque equals force × distance from the pivot point (𝜏=𝐹×𝑟).
Door Handle Trick – It’s easier to push a door open near the edge than near the hinge because torque increases with distance.
Leverage Power – Longer wrenches create more torque, making bolts easier to turn.
Balanced Forces – If torques cancel out, objects stay still—like a seesaw in perfect balance.
Everyday Example – Turning a screwdriver, twisting a jar lid, or pedaling a bike all use torque.
Engines and Torque – In cars, torque measures the engine’s twisting strength that moves the wheels.
Sports Connection – Athletes use torque when swinging bats, golf clubs, or tennis rackets for maximum impact.
Physics in Play – Torque combines rotation, distance, and force, showing how twisting changes motion.
The Twisting Rule – Wherever something spins, from doorknobs to planets, torque is the hidden force at work.