usmansa1

In the below figure they mentioned there are two ways the force exerted, one is from north and and one from south pole. Does electron experience a push or pull from the magnetic field as the pink and blue arrow represents and if yes they are in the same direction (As per flow of electrons) so what is the potential on the end at the north pole of the magnet. Is it the same as the one on the south side but in opposite direction. Lets suppose at point B it is 10V. What is the potential at point A, is it -10 V or 0).

"There are also particle that have intrinsic magnetic fields " , Are you referring to electrons.

can you please elaborate more

Hi, I was reading electronics and I have a perception in my mind that potential difference is created by making the difference of electric charges on both ends. Higher potential is what means that there is more negative charge (More Electrons) and lower potential means there is more positive charge (Less Electrons). Due to the difference of charges the electric field is created (Negative to Positive -- Convention does not matter about the direction of Electric Field) and that cause the electrons to flow from the conductive wire. The more the difference the more energy the electron will flow. Now recently when I study how electricity is created and I came to know about the electromagnetic induction as the conductor moves the electrons flow. What I don't understand now, is how this difference of charges theory fit in the induction or I was absolutely wrong all the way. Please help me out !!