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The 61 pages that link to Electric motor, each with the reason it gives.

• Electric vehicleRelated: It turns electrical power into the torque that propels an electric vehicle.

• ElectromagnetismRelated: Motors use forces on currents and magnetic materials to create motion.

• Michael FaradayRelated: Faraday’s 1821 demonstration of electromagnetic rotation anticipated practical motors.

• Electrical circuitRelated: Motor circuits control current to produce torque and rotation.

• Electrical powerRelated: Its electrical input power is compared with mechanical output to measure efficiency.

• ActuatorRelated: Rotating motors provide a common way to drive actuator motion.

• Electric circuitRelated: Motor windings form circuits that produce forces from electric current.

• Regenerative brakingRelated: Driven by the wheels, it acts as a generator during regenerative braking.

• MotorcycleRelated: Electric motorcycles use it to drive the wheel without combustion.

• ElectrificationRelated: Electric motors replace combustion engines in vehicles and many industrial machines.

• Battery electric vehicleRelated: It turns electrical power from the battery into wheel-driving torque.

• ElectricityRelated: Motors show how electrical forces can produce useful movement.

• ElectromagnetRelated: Motors use electromagnets to create forces and torques on moving components.

• Marine propulsionRelated: It can drive a propeller directly or power a waterjet pump.

• Rotational motionRelated: Electromagnetic torque drives its rotating parts.

• Die castingRelated: Die-cast housings and end shields are common in motor assemblies.

• Permanent magnetRelated: Permanent magnets provide a steady field in many motor designs.

• Conveyor beltRelated: Motors commonly power the pulleys that move industrial conveyor belts.

• WinchRelated: An electric motor commonly drives a powered winch drum.

• Angular accelerationRelated: Motor torque determines how quickly its rotor's angular velocity changes.

• NeodymiumRelated: Neodymium magnets enable compact, high-torque motors in vehicles and appliances.

• Hybrid vehicleRelated: It can propel the vehicle and, in many designs, recover energy as a generator.

• Right-hand ruleRelated: Motor-force direction conventions apply handed vector reasoning to current and magnetic field.

• Vacuum cleanerRelated: It powers the fan that produces the cleaner’s airflow.

• EscalatorRelated: It powers the escalator’s drive train.

• M134 MinigunRelated: An electric motor drives the M134's barrel cluster and firing cycle.

• Motor vehicleRelated: It provides propulsion in battery-electric and hybrid vehicles.

• Radian per secondRelated: Motor speed is often specified in revolutions per minute and converted to radians per second for calculations.

• Hair dryerRelated: It spins the fan that pushes air through the dryer.

• Charles F. KetteringRelated: A compact motor supplies the force that turns an engine during starting.

• Conveyor systemRelated: Motors provide the drive power for many conveyor sections.

• Alternative fuel vehicleRelated: Electric motors propel battery vehicles and fuel-cell vehicles.

• Bumper carsRelated: Each car’s motor turns electrical power into the motion riders control.

• CarRelated: It provides propulsion in battery-electric cars and hybrid vehicles.

• Ceiling fanRelated: Its rotating shaft drives the fan blades.

• Electricity (electric power)Related: Motors turn electrical supply into motion in appliances, pumps, and vehicles.

• Home applianceRelated: Motors drive moving parts in washers, fans, and vacuum cleaners.

• JackhammerRelated: Electric jackhammers use a motor to drive their striking mechanism.

• Lifting equipmentRelated: Electric motors drive hoists and powered lifting mechanisms.

• Major applianceRelated: Motors turn washer drums, dishwasher pumps, and refrigerator compressors.

• Radio-controlled carRelated: Electric models use a motor to turn the drivetrain and propel the car.