Warm-Up 12 - Intermolecular Forces

Last updated almost 2 years ago

1 Asɛmmisa

Hyɛ no nsow a efi ɔkyerɛwfo no hɔ:

Nonpolar molecules only have dispersion, polar molecules can have dipole-dipole, and if there is a hydrogen attracted to an oxygen, nitrogen, or fluorine, there can be hydrogen bonding.

Akwankyerɛ

Nonpolar molecules only have dispersion, polar molecules can have dipole-dipole, and if there is a hydrogen attracted to an oxygen, nitrogen, or fluorine, there can be hydrogen bonding.

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1. The dominant intermolecular force between two molecules of chloroform would be .

2. The dominant intermolecular force between two molecules of diethyl ether would be .

3. The molecule with the stronger IMF would be because it has stronger forces.

Warm-Up 12 - Intermolecular Forces

Last updated almost 2 years ago

1 Asɛmmisa

Hyɛ no nsow a efi ɔkyerɛwfo no hɔ:

Nonpolar molecules only have dispersion, polar molecules can have dipole-dipole, and if there is a hydrogen attracted to an oxygen, nitrogen, or fluorine, there can be hydrogen bonding.

Akwankyerɛ

Nonpolar molecules only have dispersion, polar molecules can have dipole-dipole, and if there is a hydrogen attracted to an oxygen, nitrogen, or fluorine, there can be hydrogen bonding.

null

1. The dominant intermolecular force between two molecules of chloroform would be .

2. The dominant intermolecular force between two molecules of diethyl ether would be .

3. The molecule with the stronger IMF would be because it has stronger forces.