then kinetic energy of ejected electron would be:

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If radiation corresponding to second line of “Balmer series” of Li^2+ ion, knocked out electron from first excited state of H-atom, then kinetic energy of ejected electron would be:
10
Nov
If radiation corresponding to second line of “Balmer series” of Li^2+ ion, knocked out electron from first excited state of H-atom, then kinetic energy of ejected electron would be: If radiation corresponding to second line of "Balmer series" of Li^2+ ion knocked out electron from first excited state of H-atom then kinetic energy of ejected [...]
Posted in: Chapter 2 - Atomic Structure (Level 1 and Level 2) , N Awasthi Physical Chemistry ,
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