| 1. | The real hydrogen-like p orbitals are given by the following
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| 2. | Combined, all three p orbitals map to a perfect sphere.
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| 3. | Resulting in two sp orbitals and two remaining p orbitals.
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| 4. | ? p orbitals is determined, and provides ? ?.
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| 5. | P orbitals often engage in this sort of bonding.
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| 6. | Forming a total of three sp 2 orbitals with one remaining p orbital.
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| 7. | The leftover p orbital is used in the double ( ? ) bond.
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| 8. | But at greater distance only the p orbital from tellurium can be detected.
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| 9. | The nitrogen is involved in the ?-bonding aromatic system using its unhybridized p orbital.
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| 10. | This results from continuous band overlap of half-filled p orbitals and explains electrical conduction.
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