As the distance between an object and a magnet increases, the force of magnetism generally decreases. The strength of the magnetic force follows an inverse-square law relationship, meaning that the magnetic force diminishes rapidly as the distance increases. Specifically, the magnetic force can be approximated to decrease with the square of the distance from the magnet, especially in the case of point magnets or between two magnetic dipoles. Therefore, as you move away from the magnet, the attractive or repulsive force exerted by the magnet on the object becomes weaker.
As the distance between an object and a magnet increases, what happens to the force of the magnetism?
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