Infinite number of energy levels available to an atom

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SUMMARY

The discussion clarifies that while there are an infinite number of energy levels available to an atom, there exists a maximum energy threshold that electrons cannot exceed, leading to ionization. Ionization occurs when an electron gains sufficient energy to escape the atom, but it does not imply that electrons occupy infinite energy levels. Instead, electrons transition to lower energy states, forming counter ions, particularly in aqueous solutions where water molecules assist in stabilizing these ions.

PREREQUISITES
  • Understanding of atomic structure and electron configurations
  • Familiarity with concepts of ionization energy and escape energy
  • Knowledge of quantum mechanics principles related to energy levels
  • Basic comprehension of aqueous solutions and their properties
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thewall12
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I'm confused about something. If there are an infinite number of energy levels available to an atom, how and why would an ionization need to take place? The electron always has another energy level to occupy once its energy has been raised.
 
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No, there is a limit above which electron leaves the atom. You can put infinite number of points in any line segment, but it doesn't mean every point on the line belongs to the line segment.
 


1 Firstly note that that an infinite number of energy levels does not mean an infinite energy, there is a maximum energy the electrons in an atom can have and you have maybe seen a picture of a spectrum where the lines get closer and closer going up to this maximum; it is quite analogous to escape energy in classical.

2 Secondly anyway they don't escape to infinity of eempty space like a rocket escaping Earth gravity - they go somewhere else where they can have less energy creating a 'counter ion', assisted also in aqueous solution by water molecules orienting their charges oppositely to stabilize the ion.
 

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