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Part C (solvents labeled C): How does the number of hydrogen bonding sites within a molecule affect the relative strength of IMF’s?

Part C (solvents labeled C): How does the number of hydrogen bonding sites within a molecule affect the relative strength of IMF’s?

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter16: Thermodynamics: Directionality Of Chemical Reactions
Section: Chapter Questions
Problem 121QRT
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Part C (solvents labeled C): How does the number of hydrogen bonding sites within a molecule affect the relative strength of IMF’s?

Liquid Temperature change = Molar Mass tinitial-tminimum (C°) (g/mol) www Methanol (C, D) |-18.65 °C 32.04 g/mol Ethanol (D) -13.7 °G 46.07 g/mol 1-Propanol (B, D, E) |-6.85°C 60.1 g/mol 1-Butanol (D, E) -5.85 °G 74.123 g/mol 2-Propanol (E) -10.45 S 32.04 g/mol 2-Butanol (E) |-6.3 G 74.123 g/mol Pentane (A, B) |-24.9S 71.15 g/mol Hexane (A) -18.1C 86.18 g/mol Heptane (A) -9.05 °G 100.21 g/mol Octane (A) |-5.0°G 114.23 g/mol Glvcerine (C) |-1% 92.02 g/mol Water (C) |-7.7C 18.02 g/mol Acetone (B) -21.3°C 59.08 g/mol
Transcribed Image Text:Liquid Temperature change = Molar Mass tinitial-tminimum (C°) (g/mol) www Methanol (C, D) |-18.65 °C 32.04 g/mol Ethanol (D) -13.7 °G 46.07 g/mol 1-Propanol (B, D, E) |-6.85°C 60.1 g/mol 1-Butanol (D, E) -5.85 °G 74.123 g/mol 2-Propanol (E) -10.45 S 32.04 g/mol 2-Butanol (E) |-6.3 G 74.123 g/mol Pentane (A, B) |-24.9S 71.15 g/mol Hexane (A) -18.1C 86.18 g/mol Heptane (A) -9.05 °G 100.21 g/mol Octane (A) |-5.0°G 114.23 g/mol Glvcerine (C) |-1% 92.02 g/mol Water (C) |-7.7C 18.02 g/mol Acetone (B) -21.3°C 59.08 g/mol
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