What happens to the force exerted on an object as it moves closer to the magnet?

As an object moves closer to a magnet, the force exerted on it increases due to the principles of magnetism. Magnets exert a magnetic field that diminishes with distance. This means the closer an object is to the magnet, the stronger the magnetic field it experiences.

The force acting on the object, which can be perceived as the pull or attraction towards the magnet, follows an inverse square law relationship relative to the distance from the magnet. As the distance decreases, the intensity of the magnetic field increases significantly, leading to a greater force applied to the object. Hence, when you bring an object closer to the magnet, the force it experiences markedly increases.