- #1
daisey
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I understand that electrons are found inside Atoms within specific orbitals, or quantized distances from the nucleus. There are a maximum number of electrons found within each orbit, etc. etc.
I recently read that the reason for this quantized nature of orbitals has to do with the wave nature of electrons, or more specifically, the sine waveform representing the momentum of atomic electron(s). The author explained that (and I paraphrase here) an electron's sine wave, which represents a specific momentum, has a specific amplitude. And based on this amplitude, the wave can only exist within a specific circumference that allows the peaks and valleys of the wave to overlap, therefore reinforcing the wave and allowing it to persist.
This all makes sense. What I fail to understand is why the electron has to have a specific energy level. In other words, what keeps the electron from capturing a very low energetic photon that gives it just slightly more momentum, resulting in a slightly different amplitude, and a slightly higher orbit. Can you not have an infinite number of wave amplitudes within a given circumference that would allow for overlapping and reinforcing?
I would appreciate it if someone could explain this in simple terms that a non-Physicst like me could understand. And if anyone has a link to a website that clearly explains this concept (preferrably with diagrams), I would also appreciate that greatly.
Thanks in advance. Daisey
I recently read that the reason for this quantized nature of orbitals has to do with the wave nature of electrons, or more specifically, the sine waveform representing the momentum of atomic electron(s). The author explained that (and I paraphrase here) an electron's sine wave, which represents a specific momentum, has a specific amplitude. And based on this amplitude, the wave can only exist within a specific circumference that allows the peaks and valleys of the wave to overlap, therefore reinforcing the wave and allowing it to persist.
This all makes sense. What I fail to understand is why the electron has to have a specific energy level. In other words, what keeps the electron from capturing a very low energetic photon that gives it just slightly more momentum, resulting in a slightly different amplitude, and a slightly higher orbit. Can you not have an infinite number of wave amplitudes within a given circumference that would allow for overlapping and reinforcing?
I would appreciate it if someone could explain this in simple terms that a non-Physicst like me could understand. And if anyone has a link to a website that clearly explains this concept (preferrably with diagrams), I would also appreciate that greatly.
Thanks in advance. Daisey