Curl said:can't this be shown using Maxwell's equations?
that might be more helpful to him
According to classical theory, electrons emit EM waves because they are accelerating as they circle the nucleus. This acceleration causes a change in the electron's electric field, which in turn produces an electromagnetic wave.
The emission of EM waves by electrons can cause atoms to lose energy and become less stable. This is known as the "radiation damping" effect and can eventually lead to the collapse of the atom.
Yes, the emission of EM waves by electrons is a common occurrence in everyday objects. For example, the glow of a light bulb is caused by the emission of EM waves from accelerated electrons.
The frequency of an emitted EM wave is directly proportional to the energy of the electron. This means that as the energy of the electron increases, the frequency of the emitted EM wave also increases.
No, the emission of EM waves by electrons does not violate the law of conservation of energy. This is because the energy lost by the electron in the form of EM waves is equal to the energy gained by the surrounding environment.