Updated on March 16, 2024
| electric | Electric motors are used in a wide variety of applications, from small appliances to large industrial machinery. |
| synchronous | Synchronous motors turn at the same speed as the AC power supply frequency. |
| small | The robotic vacuum used its small motors to navigate the room. |
| current | Electric current helps the current motors rotate faster or slower. |
| large | The large motors buzzed and hummed, powering the production line. |
| outboard | The boat zipped across the water powered by its two outboard motors |
| speed | The high-speed motors propelled the race car to victory. |
| hydraulic | Hydraulic motors are used in a wide range of applications, from industrial machinery to agricultural equipment. |
| electrical | The most common type of electric motor is the brushed DC motor, which uses electrical motors to convert electrical energy into mechanical energy. |
| cage | The electric motor is a variation of the induction motor and is called cage motors because of its squirrel cage winding. |
| larger | The larger motors were able to power the industrial equipment more efficiently. |
| polyphase | Polyphase motors are electric motors that operate with multiple phases of alternating current. |
| most | Most motors require a source of electricity. |
| horsepower | The monster truck was powered by two massive horsepower motors |
| molecular | Motor proteins are also called molecular motors |
| powerful | The vehicle was equipped with powerful motors |
| standard | The standard motors of the vehicle met the performance requirements. |
| linear | Linear motors are used in high-speed trains to provide smooth and efficient propulsion. |
| solid | The solid motors propelled the rocket into the sky. |
| individual | Each wheel on the car is powered by individual motors |
| rotor | The rotor motors whirred as the aircraft took off. |
| pole | The large pole motors on the robot made it difficult to maneuver through tight spaces. |
| direct | The direct motors offer a better quality and price ratio than the alternatives. |
| universal | Universal motors are widely used in household appliances, power tools, and many other applications. |
| smaller | The tiny toy cars have smaller motors than the big ones. |
| efficient | |
| fractional | Fractional motors are used to power small devices, such as fans, blowers, and pumps. |
| industrial | The industrial motors roared as they powered the massive factory. |
| type | The type motors have been installed in the new production line. |
| separate | The car has separate motors for each wheel. |
| variable | The new vehicle has variable motors to adjust to any terrain |
| rotary | The rotary motors in the car provided a smooth and quiet ride. |
| permanent | The permanent motors used in this application are designed to operate for long periods of time. |
| conventional | The cars' conventional motors were sputtering to a halt. |
| squirrel | The electrician fixed the damaged squirrel motors in a couple of hours. |
| asynchronous | Asynchronous motors are often used in industrial settings due to their reliability and efficiency. |
| start | The mechanic used the start motors to start the car. |
| powered | |
| cooled | The cooled motors whirred as the spacecraft prepared for takeoff. |
| stepper | Stepper motors are devices that convert electrical pulses into precise angular motion. |
| cylinder | The car has two cylinder motors |
| phase | Phase motors are used in a variety of industrial applications because they offer a number of advantages over other types of motors. |
| stationary | The stationary motors hummed loudly in the factory. |
| controlled | The ROV's controlled motors provided it enough agility to explore the deep-sea environment. |
| purpose | Large purpose motors consume lots of electricity. |
| auxiliary | The ship's auxiliary motors helped it to maneuver in the harbor. |
| torque | Torque motors provide precise control over the rotation of shafts and other objects. |
| proof | The proof motors were used to test the strength and durability of the new material. |
| vertical | The vertical motors began to fail shortly after the spacecraft was launched. |
| magnet | I placed my magnet motors on the table. |
| propellant | The propellant motors ignited with a deafening roar, launching the spacecraft into the vast expanse of space. |
| continuous | Continuous motors provide steady torque and speed, making them ideal for various industrial applications. |
| driven | The machine was powered by robust driven motors |
| tiny | The tiny motors buzzed with precision as they worked to assemble the delicate mechanism. |
| duty | The maintenance team should check on the duty motors every six months. |
| reversible | These reversible motors can be used to convert electrical energy into mechanical energy and vice versa. |
| connected | |
| ultrasonic | The ultrasonic motors are used in a variety of applications, including medical devices and precision instruments. |
| pneumatic | The pneumatic motors provided efficient movement for the robotic arm. |
| portable | The portable motors were easy to move around the work site. |
| twin | The toy car was powered by twin motors |
| marine | The marine motors roared to life, propelling the boat through the water. |
| explosive | The explosive motors roared to life, propelling the rocket into the vast expanse of space. |
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