Linked from

The 79 pages that link to Torque, each with the reason it gives.

• Angular momentumRelated: Torque changes angular momentum, just as force changes linear momentum.

• Center of massRelated: Torque governs rotation about the center of mass, separately from its translational motion.

• Electric motorRelated: Motor torque is the rotational output delivered to a shaft or load.

• LeverRelated: Torque quantifies the turning effect that governs lever balance.

• Magnetic momentRelated: A magnetic field exerts torque on a dipole moment, tending to align it with the field.

• Cross productRelated: Torque is the cross product of a position vector and a force.

• Newton's second lawRelated: Its rotational analogue links torque to changes in angular momentum.

• Moment of inertiaRelated: For fixed-axis rotation, torque and moment of inertia determine angular acceleration.

• HelicopterRelated: The engine-driven main rotor applies torque that the helicopter must counter.

• Mechanical advantageRelated: For rotating machines, torque rather than straight-line force captures the output effect.

• Axial precessionRelated: The Sun's and Moon's gravitational forces exert torque on Earth's equatorial bulge.

• Equilibrium pointRelated: Rotational equilibrium requires the net torque, as well as the net force, to vanish.

• Center of gravityRelated: An object's weight produces torque according to its line of action relative to a pivot.

• Gear trainRelated: A gear train trades rotational speed against torque while transmitting power.

• Power (physics)Related: Rotational power is torque multiplied by angular velocity.

• PulleyRelated: Rope tension applied at the rim creates torque that turns the wheel.

• Axis of rotationRelated: Torque about an axis can change a body's angular motion around it.

• Circular motionRelated: Torque changes rotational motion and can alter the rate of circular movement.

• EscapementRelated: The clock’s driving torque presses escape-wheel teeth against the locking surfaces.

• FlywheelRelated: Uneven torque accelerates or decelerates the flywheel as it absorbs or supplies energy.

• Rolling resistanceRelated: Rolling resistance may be represented as a resisting torque at the wheel.

• Conservation of angular momentumRelated: Net external torque is the condition that determines whether total angular momentum changes.

• Static equilibriumRelated: Zero net torque prevents angular acceleration in equilibrium.

• Electric dipoleRelated: A uniform electric field exerts torque that tends to align the dipole moment.

• PropellerRelated: An engine supplies torque to turn the propeller against aerodynamic resistance.

• Rotational motionRelated: Applied torque changes rotational motion, much as force changes linear motion.

• Angular displacementRelated: Torque changes rotational motion and can produce angular displacement.

• Mechanical equilibriumRelated: Zero net torque is the rotational balance condition for equilibrium.

• Water wheelRelated: Water exerts force on the wheel at a distance from its axle.

• Chain driveRelated: The chain’s tensile force acting at a sprocket radius transmits torque.

• Gear ratioRelated: Ideal gear trains trade rotational speed for torque according to their ratio.

• HorsepowerRelated: Engine horsepower combines torque with rotational speed, rather than measuring torque alone.

• Newton (unit)Related: Torque is calculated from force and a lever arm, often in newton metres.

• PreloadRelated: Torque is commonly applied to generate preload, though friction makes the relationship uncertain.

• WheelRelated: Torque at the axle turns a wheel and determines its capacity to drive a load.

• FulcrumRelated: Forces on a lever create opposing torques about its fulcrum.

• PrecessionRelated: An applied torque changes angular momentum, steering the spin axis rather than simply tipping the body over.

• WinchRelated: Torque at the drum determines line pull, with the effective drum radius shaping the result.

• Angular accelerationRelated: Net torque produces angular acceleration according to rotational dynamics.

• Central forceRelated: The force's radial direction makes its torque about the center vanish.

• RotorRelated: Electromagnetic forces on the rotor generate the motor’s turning output.

• Screw PropellerRelated: The shaft supplies torque to rotate the propeller against hydrodynamic resistance.

• 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.

• Simple machineRelated: Lever action depends on the torque produced by force at a distance from the fulcrum.

• AcrobaticsRelated: Takeoffs and partner contacts generate the rotation needed for aerial skills.

• FastenerRelated: Installers use applied torque to tighten threaded fasteners, though torque only estimates preload.