Energies higher than ionization energy

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When radiation with energy exceeding the ionization energy of hydrogen interacts with the atom, it can ionize the atom. The ionization energy of hydrogen is 13.6 eV, and radiation with a wavelength of 495A can provide sufficient energy for this process. Any excess energy beyond what is needed for ionization is converted into kinetic energy of the ejected electron. This understanding aligns with the Bohr model of the atom. Overall, there is no theoretical limit to the energy an electron can absorb, as excess energy translates into kinetic energy.
golanor
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Homework Statement



During a discussion, we tried to figure out, according to the Bohr model of the atom, what happens when radiation with a higher energy level than that which can ionize hydrogen.

Homework Equations


Absorption spectrum of hydrogen.
Ionization energy of hydrogen - 13.6 eV


The Attempt at a Solution


I believe that there is no limit to the amount of energy an electron can receive. Meaning that if, let's say, a 495A wavelength hits the hydrogen atom, it will be ionized. I can find, however, no evidence of this.
 
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golanor said:
I believe that there is no limit to the amount of energy an electron can receive.

And you are right. Now try to guess what most likely happens with the excess energy.
 
It turns into kinetic energy?
 
Yes.
 
Thanks!
 

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