| 11. | As such, a non-bonding orbital with electrons would commonly be a HOMO ( highest occupied molecular orbital ).
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| 12. | With transition metals the d orbitals can be similar in energy to bonding orbitals in the BN anions suggesting covalent interactions.
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| 13. | As shown in the figure below, the lowest energy orbitals are the ? bonding orbitals followed by the ? bonding orbital.
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| 14. | As shown in the figure below, the lowest energy orbitals are the ? bonding orbitals followed by the ? bonding orbital.
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| 15. | The resulting bonding orbital has its electron density in the shape of two lobes above and below the plane of the molecule.
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| 16. | Due to conservation of orbital symmetry, the bonding orbital ? AS is forced to correlate with the antibonding orbital ? * AS.
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| 17. | If the bonding orbital is closer to period 2 than period 3, I guess that would keep the bonding electrons well protected?
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| 18. | Although non-bonding orbitals are often similar to the atomic orbitals of their constituent atom, they do not need to be similar.
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| 19. | This difference can be attributed to more character in the C " F bonding and more character in the C " H bonding orbitals.
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| 20. | The pi-acid alkene donates electron density into a metal d-orbital from a ?-symmetry bonding orbital between the carbon atoms.
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