There is also a Fleming's left hand rule ( for electric motors ).
3.
The direction of rotation of the wheel can be determined by applying Fleming's left hand rule.
4.
The interaction of electrons with a magnetic field will cause electrons to move according to the left hand rule, thus allowing for electromagnets to manipulate the electron beam.
5.
:You don't want or need to use the right hand grip rule-you need the Fleming's left hand rule for motors ( again remember that current is in the opposite direction to elecron flow ).
6.
When current flows through the voice coil, the coil moves in relation to the frame according to Fleming's left hand rule for motors, causing the coil to push or pull on the driver cone in a piston-like way.
7.
In an electric motor, the electric current and magnetic field exist ( which are the causes ), and they lead to the force that creates the motion ( which is the effect ), and so the left hand rule is used.
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