Description
When a current flows through a wire, a magnetic field will be produced around the wire. The interaction between this magnetic field and a second magnetic field (either that produced by permanent magnets or by a second current-carrying conductor) causes a force to be exerted on the wire. We call this the motor effect.
Please note that is a higher tier-only video.
Key Words
current, magnetic field, amp, magnetic flux density, ampere, magnetic field lines, wire, solenoid, north pole, electromagnet, south pole, Fleming's left-hand rule, magnetic force, tesla, lines of magnetic flux, magnetic flux lines, motor effect, electromagnetism
