What will happen with the poles of a bar magnet, if broken from the centre
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Answer:
A permanent bar magnet can be modeled as a bunch of tiny bar magnets in a row. Within the row each tiny bar magnet would have its south pole against the north pole of another tiny bar magnet, and the effects of the two opposite poles would mostly cancel beyond the magnet. On the ends one pole is isolated, and the magnetic field from the poles on each end are not cancelled. One is considered to be a north or N pole and the other a south or S pole.
If you break the magnet, you effectively move the ends of two internal tiny magnets apart, and it seems as if you create two new poles. What you did is better explained as separating two poles that were previously canceling.
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