| 11. | The occupied molecular orbitals on the top are the 2 t 2g orbitals.
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| 12. | Molecular Orbital Theory predicts two pi bonds, see this molecular orbital diagram.
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| 13. | Molecular Orbital Theory predicts two pi bonds, see this molecular orbital diagram.
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| 14. | As a result, a total of eight ? molecular orbital are found.
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| 15. | This lowest energy molecular orbital ( LUMO ) can accommodate a pair of electrons.
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| 16. | The resulting molecular orbital is considered to have " ? symmetry ".
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| 17. | In molecular orbital theory, this leads to molecular orbitals that are singly occupied.
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| 18. | In molecular orbital theory, this leads to molecular orbitals that are singly occupied.
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| 19. | Specifically, the external magnetic field induces currents of the electrons in molecular orbitals.
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| 20. | Similarly the higher energy pair of symmetric molecular orbitals ? 3 and ? correlate.
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