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Answer :
The energy required for the electronic excitation of lithium 2+ from the first to the third Bohr atom involves calculating different energy states of the atom. So, the correct option is:C. 122.4 eV
The energy required for the electronic excitation of lithium 2+ from the first to the third Bohr atom can be calculated using the energy states provided.
- Excitation energy from first to third Bohr atom (Li²+): +54.4 eV
- Energy to ionize Li²+ from first excited state: -30.6 eV
- Total energy needed to remove all three electrons from lithium atom: 214.4 eV
So, the correct option is:C. 122.4 eV
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