| 1. | The sum of the orbital energies is related to the total energy as
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| 2. | Typical orbital energy diagrams are given below in the section High-spin and low-spin.
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| 3. | An exact relationship between geometry and orbital energies is given in Walsh diagrams.
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| 4. | The solution of the zeroth-order MP equation is the sum of orbital energies.
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| 5. | The most important consideration in choice of dienophile is its relative orbital energies.
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| 6. | Ionization energies are linked approximately to orbital energies by Koopmans'theorem.
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| 7. | The orbital energy is converted to heat in the wire.
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| 8. | Walsh correlation diagrams can also be used to predict relative molecular orbital energy levels.
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| 9. | The required atomic orbital energies can come from calculations or directly from experiment via Koopmans'theorem.
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| 10. | Objects in hyperbolic orbits have negative semi major axis, giving them a positive orbital energy.
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