Assertion: motor's power | /r/HasProperty | applied
Facets:
Source sentences:
text: Usually the armature resistance of a motor is less than 1 Ω; therefore the current through the armature would be very large when the power is applied.
text: Usually the armature resistance of a motor is low; therefore the current through the armature would be very large when the power is applied.
text: The geometry of the brushes, commutator contacts, and rotor windings are such that when power is applied, the polarities of the energized winding and the stator magnets are misaligned and the rotor will turn until it is very nearly straightened with the stator’s field magnets.
text: The geometry of the brushes, commutator contacts, and rotor windings are such that when power is applied, the polarities of the energized winding and the stator magnet(s) are misaligned, and the rotor will rotate until it is almost aligned with the stator's field magnets.
text: Some motor designs are not self starting when the power is applied.