Select the compound below that you would expect to have the higher boiling point. CH3(CH2)7CH3 CH3(CH₂)4CH3 Select the best explanation for your choice in part (a). The compound can form hydrogen bonds with itself. • The compound has a more polar functional group, resulting in more dipole-dipole interactions. The compound is larger in weight and size and thus has more Van der Waals interactions. The compound is smaller in weight and size and thus has fewer van der Waals interactions. The compound has a larger dipole moment, resulting in more dipole-dipole interactions. The compound has a less polar functional group, resulting in more van der Waals interactions. The compound cannot form hydrogen bonds with itself. The compound has a smaller dipole moment, resulting in fewer dipole-dipole interactions.

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Chapter1: Chemical Foundations
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Select the compound below that you would expect to have the higher boiling point.
CH3(CH₂)7CH3
CH3(CH2)4CH3
Select the best explanation for your choice in part (a).
The compound can form hydrogen bonds with itself.
The compound has a more polar functional group, resulting in more dipole-dipole interactions.
The compound is larger in weight and size and thus has more Van der Waals interactions.
The compound is smaller in weight and size and thus has fewer van der Waals interactions.
The compound has a larger dipole moment, resulting in more dipole-dipole interactions.
The compound has a less polar functional group, resulting in more van der Waals interactions.
The compound cannot form hydrogen bonds with itself.
The compound has a smaller dipole moment, resulting in fewer dipole-dipole interactions.
Transcribed Image Text:Select the compound below that you would expect to have the higher boiling point. CH3(CH₂)7CH3 CH3(CH2)4CH3 Select the best explanation for your choice in part (a). The compound can form hydrogen bonds with itself. The compound has a more polar functional group, resulting in more dipole-dipole interactions. The compound is larger in weight and size and thus has more Van der Waals interactions. The compound is smaller in weight and size and thus has fewer van der Waals interactions. The compound has a larger dipole moment, resulting in more dipole-dipole interactions. The compound has a less polar functional group, resulting in more van der Waals interactions. The compound cannot form hydrogen bonds with itself. The compound has a smaller dipole moment, resulting in fewer dipole-dipole interactions.
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