- #1
Seatl
- 5
- 0
I'm having difficulty with this whole concept
I understand that the Lorentz force is the force acting on a charged particle in a magnetic field, and that it is the resultant of the forces due to the electic field and the magnetic field.
The situation which I am applying this to is a (non-ferous) wire, free to move, mounted on two parrellel rails. A current flows and a magnetic field is created between the two rails - the wire accelerates along the rails.
I -ve
------------------------------------------
I
I --->
I
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I +ve
Am I correct in thinking that the force due to the electrical field simply causes the movement of the electrons through the wire? If this is the case, how does the magnetic force cause the acceleration of the wire? On what exactly does the force act on? As much detail as possible please.
I understand that the Lorentz force is the force acting on a charged particle in a magnetic field, and that it is the resultant of the forces due to the electic field and the magnetic field.
The situation which I am applying this to is a (non-ferous) wire, free to move, mounted on two parrellel rails. A current flows and a magnetic field is created between the two rails - the wire accelerates along the rails.
I -ve
------------------------------------------
I
I --->
I
------------------------------------------
I +ve
Am I correct in thinking that the force due to the electrical field simply causes the movement of the electrons through the wire? If this is the case, how does the magnetic force cause the acceleration of the wire? On what exactly does the force act on? As much detail as possible please.