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one exception Fluorine , with the highest electronegativityshould causeHF to have the highest boiling point
The OH group in alcohols will cause an even higher boiling and melting temperaturecausesthe strongest intermolecular force , hydrogen bonding to occur
the inter molecular forcesinfluencingthe boiling point such as hydrogen bonding
the stronger the bond between molecules , the more energy would be required to sever themwould leadthat molecule / compound to have a higher boiling point
the second row compoundsleadingto stronger intermolecular associations through hydrogen bonding and higher boiling point
this strong polarity ... high boiling point 's strong dipolecauseshigh boiling point to interact strongly with itself by hydrogen bonding
The attractive forces due to the polarityleadthe molecule to have a higher boiling point
The two OH groupsleadto extensive intermolecular hydrogen bonding
in stronger molecule‐to‐molecule interactions than in related compoundsresultsin stronger molecule‐to‐molecule interactions than in related compounds
in the formation of dimeric structuresresultsin the formation of dimeric structures
the photophysical properties of the dyeinfluencesthe photophysical properties of the dye
from the association of phenolic ydroxyl group with oximidohydroxy group from another moleculeresultedfrom the association of phenolic ydroxyl group with oximidohydroxy group from another molecule
of the protonated carboxylic acid groups and the amide groups in PNIPAAmcomposedof the protonated carboxylic acid groups and the amide groups in PNIPAAm
to the formation of infinite C22(4leadsto the formation of infinite C22(4
to a very stable structureleadsto a very stable structure
formation of both epoxyquinols A and B.causingformation of both epoxyquinols A and B.
to supramolecular architecturesleadingto supramolecular architectures
from the opening of the heterocyclic ringresultingfrom the opening of the heterocyclic ring