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{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

A term symbol is often preceded by the [[Atomic electron configuration|electronic configuration]] that leads to the ''L''-''S'' coupled functions,

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

{{r|Atomic electron configuration}}

...onfigurations of the ground states of the first 94 elements may be found [[Atomic Electron configuration|here]].

:''See [[Atomic electron configuration]] for the orbital occupancies of ground-state atoms.''

Consider, as an example, the excited [[helium]] atom in the [[atomic electron configuration]] 2''p''3''p''. By the [[Angular momentum coupling#Triangular conditions|tr

The oxygen atom in its quantum mechanical ground state has the [[atomic electron configuration|electronic configuration]] 1''s''²2''s''²2''p''<sup>4

...Aufbau principle]] (building-up principle)&mdash;the construction of the [[atomic electron configuration|electronic configuration of atoms]]&mdash;they are discussed at some length

A '''transition element''' is a [[chemical element]] whose [[atomic electron configuration]] of the ground (lowest energy) state has an incompletely filled ''d'' sub- <h4>II. [[Atomic electron configuration|Electron Configurations]]</h4>

...a central role in oxidative stress. It has 8 protons and 8 electrons. An [[Atomic electron configuration|electron configuration table]] for the oxygen atoms reads as follows:

:''See [[Atomic electron configuration]] for the orbital occupancies of atoms in their [[ground state]].''