| 1. | One may trivially combine the expressions of capacitance and electrostatic interaction energy,
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| 2. | Thermal motion of a nucleus can result in fluctuating electrostatic interaction energies.
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| 3. | The interaction energy usually depends on the relative position of the objects.
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| 4. | These moments lowers their interaction energy by pointing antiparallel to their neighbors.
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| 5. | Merging of nucleation sites between particles is influenced by their interaction energies.
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| 6. | Is coulombic interaction energy the same as lattice energy / enthalpy?
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| 7. | These interaction energy values are obtained from experimental data, and are usually tabulated.
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| 8. | As previously noted, this interaction energy is highly dependent on geometry.
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| 9. | The parabolic potential curves symbolize the interaction energy between the chromophores and the solvent.
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| 10. | For a given cation ? adduct, the interaction energy decreases with increasing solvent polarity.
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