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Ethylene glycol, HOCH2CH2OH, may look non-polar when drawn, but an internal hydrogen bond results in an electric dipole moment. Explain?

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Kottherva Sreevidya
Kottherva SreevidyaLv10
13 Dec 2020

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Related questions

1of the 6is the correct answer

How could IR spectroscopy distinguish between 1-hexyne, 2-hexyne, and 3-hexyne? Check all that apply. Check all that apply. 1-Hexyne will show the absorption band at ?2100cm?1 but not the one at ?3300cm?1. 2-Hexyne will show the absorption band at ?2100cm?1 but not the one at ?3300cm?1. 3-Hexyne will show neither the absorption band at ?3300cm?1 nor the one at ?2100cm?1 (there is no change in dipole moment when the C?C stretches). 1-Hexyne will show neither the absorption band at ?3300cm?1 nor the one at ?2100cm?1 (there is no change in dipole moment when the C?C stretches). 3-Hexyne will show the absorption band at ?2100cm?1 but not the one at ?3300cm?1. 1-Hexyne will show absorption bands at ?3300cm?1 for a hydrogen bonded to an sp carbon and at ?2100cm?1 for the triple bond. 1-Hexyne will show absorption bands at ?2100cm?1 for a hydrogen bonded to an sp carbon and at ?3300cm?1 for the triple bond. 2-Hexyne will show absorption bands at ?3300cm?1 for a hydrogen bonded to an sp3 carbon and at ?2100cm?1 for the triple bond. 2-Hexyne will show neither the absorption band at ?3300cm?1 nor the one at ?2100cm?1 (there is no change in dipole moment when the C?C stretches).


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