No, for "a magnet" it's an inverse cube law. I've often wondered if the force holding a nucleus together is really magnetism. No, physicists you don't need to correct me, I know how off the wall that sounds ;-)
Ah, yes, I was assuming it was essentially like any other electromagnetic force, but apparently it being a dipole messes with things and it's inverse cube. TIL
For nuclear forces it's actually the strong force binding the nucleus (electromagnetic force is far, far, far too weak to do this) but you can theoretically unify the weak force and the electromagnetic force into the electroweak force : https://en.m.wikipedia.org/wiki/Electroweak_interaction
No, for "a magnet" it's an inverse cube law. I've often wondered if the force holding a nucleus together is really magnetism. No, physicists you don't need to correct me, I know how off the wall that sounds ;-)