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2. The table below has IUPAC names and boiling points for four of the organic compounds discussed in the Kahn Academy video on simple and fractional distillation. Draw the structure of each compound, and label the polar and nonpolar groups with the type of attractive force the molecules can use to interact with one another. acetone (2-propanone); boiling point = 56 °C Polar dipoit-dipole dispersion, nonpolar cyclohexane; boiling point = 81 °C 가~ -nonpolar, dispersion ethanol; boiling point = 78 °C Polar, hydrogen (OH) bonding nonpolar acetic acid (ethanoic acid); boiling point = 118 °C E polar, dipole-dipole honpolar, OH 7-polar, hydrogen bonding dispersion Explain the relative boiling points of these compounds in terms of the attractive forces and masses of each molecule.

2. The table below has IUPAC names and boiling points for four of the organic compounds discussed in the Kahn Academy video on simple and fractional distillation. Draw the structure of each compound, and label the polar and nonpolar groups with the type of attractive force the molecules can use to interact with one another. acetone (2-propanone); boiling point = 56 °C Polar dipoit-dipole dispersion, nonpolar cyclohexane; boiling point = 81 °C 가~ -nonpolar, dispersion ethanol; boiling point = 78 °C Polar, hydrogen (OH) bonding nonpolar acetic acid (ethanoic acid); boiling point = 118 °C E polar, dipole-dipole honpolar, OH 7-polar, hydrogen bonding dispersion Explain the relative boiling points of these compounds in terms of the attractive forces and masses of each molecule.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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2. The table below has IUPAC names and boiling points for four of the organic compounds discussed in the Kahn Academy video on simple and fractional distillation. Draw the structure of each compound, and label the polar and nonpolar groups with the type of attractive force the molecules can use to interact with one another. acetone (2-propanone); boiling point = 56 °C Polar dipoit-dipole dispersion, nonpolar cyclohexane; boiling point = 81 °C 가~ -nonpolar, dispersion ethanol; boiling point = 78 °C Polar, hydrogen (OH) bonding nonpolar acetic acid (ethanoic acid); boiling point = 118 °C E polar, dipole-dipole honpolar, OH 7-polar, hydrogen bonding dispersion Explain the relative boiling points of these compounds in terms of the attractive forces and masses of each molecule.
Transcribed Image Text:2. The table below has IUPAC names and boiling points for four of the organic compounds discussed in the Kahn Academy video on simple and fractional distillation. Draw the structure of each compound, and label the polar and nonpolar groups with the type of attractive force the molecules can use to interact with one another. acetone (2-propanone); boiling point = 56 °C Polar dipoit-dipole dispersion, nonpolar cyclohexane; boiling point = 81 °C 가~ -nonpolar, dispersion ethanol; boiling point = 78 °C Polar, hydrogen (OH) bonding nonpolar acetic acid (ethanoic acid); boiling point = 118 °C E polar, dipole-dipole honpolar, OH 7-polar, hydrogen bonding dispersion Explain the relative boiling points of these compounds in terms of the attractive forces and masses of each molecule.
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