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Dipole-dipole vs London dispersion forces for deducing melting and boiling points

H-bonding, which is a type of dipole-dipole interaction H-bonds are not dipole-dipole interactions. Electrostatic interactions, of which dipole-dipole are one type, contribute to H-bonding. H-bonds ...
Buck Thorn's user avatar
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Dipole-dipole vs London dispersion forces for deducing melting and boiling points

You look at everything: dipole-dipole, H-bonding, and dispersion. You prioritize them in the order of strength: H-bonding > other dipole interactions > dispersion forces, but you also consider ...
Sonder's user avatar
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