Notice how beautifully this fits with all observed and Baby Yoda Sometimes I need to be alone and listen to Elvis Presley shirt. Also, note that an ordinary smartphone processes data at the rate of Gigabits per second. Why then is it so difficult to accept that an electron of infinitesimal size cannot oscillate at several Terahertz, surely at that size it would be more natural than not for it to do so when irradiated? I hope this helps upvote if you like. Well, it is circling the nucleus which has a comparatively massive size, so an electron recoiling off the nucleus after absorbing a photon would be more or less like a billiard ball reflecting off the cushions of a billiard board the result is that the photon is emitted at the same angle of as the incident photon but in an opposite direction. Obviously a single electron emitting a photon would not result in what is observed, namely the continuous emission of photons over long periods of time.
Baby Yoda Sometimes I need to be alone and listen to Elvis Presley shirt, hoodie, sweater and v-neck t-shirt
Best Baby Yoda Sometimes I need to be alone and listen to Elvis Presley shirt
It’s only when you get a surface that you get the Baby Yoda Sometimes I need to be alone and listen to Elvis Presley shirt. The light from each photon can still potentially reflect at all angles from each atom on the surface, and the photon can actually interact with any of the atoms with a certain probability. Since the atoms are all arranged in a particular pattern, a flat plane, most of the possible paths end up canceling each other out. Only one path is reinforced: the one by which the angle of reflection is the angle of incidence. But consider this, if a mirror using reflected light is used during the photoelectric effect, there is no different than if the light was emitted directly by a source a light bulb for instance. How does the reflected electromagnetic wave account for this?