The molecular mass of 1-butanol, CAH9OH, is 74.12 amu; that of ethylene glycol, CH2(OH)CH20OH, is 62.07 amu, yet their boiling points are 117.7°C and 197.3°C, respectively. Explain the reason for the difference. Since ethylene glycol h v --Select- locations for hydrogen bonding interactions than 1-butanol, it will have the higher boiling point. more fewer
The molecular mass of 1-butanol, CAH9OH, is 74.12 amu; that of ethylene glycol, CH2(OH)CH20OH, is 62.07 amu, yet their boiling points are 117.7°C and 197.3°C, respectively. Explain the reason for the difference. Since ethylene glycol h v --Select- locations for hydrogen bonding interactions than 1-butanol, it will have the higher boiling point. more fewer
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter2: Chemical Compounds
Section2.9: Organic Molecular Compounds
Problem 2.12E
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![The molecular mass of 1-butanol, C4H9OH, is 74.12 amu; that of ethylene glycol, CH2(OH)CH2OH, is 62.07 amu, yet their boiling points are 117.7°C and 197.3°C, respectively. Explain the reason for the difference.
Since ethylene glycol h
--Select--
locations for hydrogen bonding interactions than 1-butanol, it will have the higher boiling point.
more
fewer](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff774083a-27dc-46cb-9256-298d71f8f486%2Ff3ff5fab-56b2-49cf-95ec-d3023357c5a5%2Fv5pngjk_processed.png&w=3840&q=75)
Transcribed Image Text:The molecular mass of 1-butanol, C4H9OH, is 74.12 amu; that of ethylene glycol, CH2(OH)CH2OH, is 62.07 amu, yet their boiling points are 117.7°C and 197.3°C, respectively. Explain the reason for the difference.
Since ethylene glycol h
--Select--
locations for hydrogen bonding interactions than 1-butanol, it will have the higher boiling point.
more
fewer
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