| BLI | | Formula used to calculate force on a conductor |
| Slip | | This type of rotor is used to produce high starting torque |
| Frictional | | Make contact with the slip-rings |
| Efficiency | | Rule which can be used to determine direction of magnetic flux |
| Torque | | Rotor windings are connected to these |
| Windage | | Name of losses in winding due to electrical resistance |
| Induction | | Names given to the ends of a magnet |
| Newtons | | Name given to the stationary component which contains the windings |
| Copper | | This is considered to issue from ends of a magnet |
| Centrifugal | | Name given to the rotational part of the motor |
| Stator | | Difference between rotor speed and stator rotating field |
| Iron | | Name of losses due to cooling fan and parts rotaing in air |
| Flux | | Process of producing a voltage in an electrically seperate winding |
| Cage | | Type of switch used in single phase motor |
| Poles | | Most common type of 3 pahse motor |
| Slip-Ring | | Causes movement of conductor |
| Brushes | | Name of losses due to drah of bearings |
| Carbon | | Force on the conductor is measured in this |
| Synchronous | | Speed of stator rotating magnetic field |
| Rotor | | Name of magnetic losses in motor |
| RPM | | Brushes are made from this material |
| Wound | | Relationship between input and output power |
| Corkscrew | | Speed of rotation is measured in this |