Linked from
The 79 pages that link to Torque, each with the reason it gives.
Torsion balanceNarrower topic: The balance responds to applied torque as well as to force.
RotorRelated: Electromagnetic forces on the rotor generate the motor’s turning output.
Disc brakeNarrower topic: A disc brake resists wheel rotation by applying opposing torque.
GimbalRelated: Motors apply torque to move a gimbal and counter disturbances.
MultirotorRelated: Unequal rotor torques turn the aircraft about its vertical axis.
Rack and pinionRelated: Torque applied to the pinion becomes force along the rack.
Wheel and axleRelated: Input and output torques balance in an ideal wheel and axle.
Kilogram-forceRelated: Kilogram-force appears in torque units such as kilogram-force metre.
AcrobaticsRelated: Takeoffs and partner contacts generate the rotation needed for aerial skills.
Bicycle brakeNarrower topic: Braking force creates torque opposing the wheel’s rotation.
DifferentialNarrower topic: The differential distributes this rotational effect between its outputs.
Radian per secondRelated: Rotational dynamics pairs torque with angular velocity through power.
TurboshaftRelated: Turboshaft output is useful chiefly as torque delivered to a load.
Muscle carRelated: Strong low-speed torque helps muscle cars accelerate forcefully from a stop.
Paul CornuRelated: Rotor reaction torque threatened to spin the early helicopter’s frame.
Resultant forceCompared with: A force system can have zero resultant force yet still exert a torque.
TetherballRelated: A player’s off-center strike creates the rotation that winds the rope.
WindlassRelated: Torque at the shaft turns the drum against the tension in the hauled line.
Hula hoopRelated: Waist movements apply forces that change the hoop’s rotation and position.
Pistonless rotary engineRelated: The engine's output is rotary torque, delivered through its shaft.