When electric current is passed through the copper wire in the rotor, it becomes magnetized, and the rotating magnetic force from the stator magnets will push against the rotor in the opposite direction, thus causing the rotor to move.
(electric current; is passed; through the copper wire; L:in the rotor) (it; becomes; magnetized; T:When electric current is passed through the copper wire in the rotor) (it; magnetized; ) (the rotating magnetic force from the stator magnets; will push; against the rotor in the opposite direction) Context(the rotating magnetic force from the stator magnets will push,List([97, 158))):(the rotating magnetic force from the stator magnets; will push against the rotor in the opposite direction causing; the rotor to move) Context(the rotating magnetic force from the stator magnets will push causing,List([97, 216))):(the rotor; to move; )
the rotating magnetic force from the stator magnets will push,List([97, 158)) the rotating magnetic force from the stator magnets will push causing,List([97, 216))
electric current it it the rotating magnetic force from the stator magnets the rotating magnetic force from the stator magnets the rotor
is passed becomes magnetized will push will push against the rotor in the opposite direction causing to move
through the copper wire L:in the rotor
magnetized T:When electric current is passed through the copper wire in the rotor
against the rotor in the opposite direction
the rotor to move