State Coulomb’s law for magnetic force.
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Coulomb's law for magnets is the analog in magnetism of Coulomb's law for electric charges. Coulomb's law describes the force between magnetic poles.
The conclusion that there were two types of magnetism, analogous to the two types of static electricity, was a natural consequence of the discovery that the poles of a magnet either attract or repel one another. The north (i.e. north-seeking) pole was said to be positive, whereas the south pole was negative.
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Coulomb's law for magnets is the analog in magnetism of Coulomb's law for electric charges. Coulomb's law describes the force between magnetic poles.
The conclusion that there were two types of magnetism, analogous to the two types of static electricity, was a natural consequence of the discovery that the poles of a magnet either attract or repel one another. The north (i.e. north-seeking) pole was said to be positive, whereas the south pole was negative.
The conclusion that there were two types of magnetism, analogous to the two types of static electricity, was a natural consequence of the discovery that the poles of a magnet either attract or repel one another. The north (i.e. north-seeking) pole was said to be positive, whereas the south pole was negative.
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