Hydrogen bonds and dipole-dipole

[isha dis3d]

If a molecule has hydrogen bonds does it mean it has dipole-dipole as well?

[Emerald Wong 1B]

Yes, since a hydrogen bond is a type of dipole-dipole interaction

[Madeline Louie 1I]

A hydrogen bond is an extra strong from of a dipole-dipole interaction because it requires the hydrogen to be bonded to a highly electronegative N, O, or F while also interacting with another electronegative N, O, or F with a lone pair available.

[Anthony_Sandoval_1D]

Hydrogen bonds are a type of dipole-dipole interaction so yes.

[Kelly Ha 1K]

Yes, hydrogen bonds are the strongest type of dipole-dipole. They include a hydrogen bonding to a highly electronegative atom (N, O, F).

[Nicole Attiq 3D]

Yes, hydrogen bonds are a type of dipole-dipole interaction. When it comes to intermolecular bonds though, the hydrogen must be bonded by an F, O, or N atom on both sides to be classified as a hydrogen bond, not just one side.

[Kiara Phillips 3L]

Yes because the two are almost one in the same, a H bond is a type of dipole-dipole interaction!

[Binyu You]

Yes, I think so. Hydrogen bond is just a special type of dipole-dipole where a slightly positive charged atom in a molecule bonds to a slightly negative charged atom in another molecule.

[Chinyere Okeke 2J]

Yes, an h-bond is a type of dipole-dipole interaction as both molecules must have a dipole moment to form an h-bond. But I don't know if when asked a question about the bond types if we should say it has both h-bonding AND dipole-dipole OR if we should just say it has h-bonding?

[masontsang]

Hi!
A hydrogen bond is a form of a dipole-dipole interaction, so any molecule with hydrogen bonds should experience dipole-dipole interactions! A hydrogen bond specifically is the dipole-dipole interaction of an H atom covalently bonded to an electronegative atom (specifically N, O, or F) and another electronegative atom (specifically N, O, or F) with an available lone pair. I hope this helps!

[Raizel Ferrer 1H]

If a molecule has hydrogen bonds, it has dipole-dipole interactions, too because hydrogen bonds are a type of dipole-dipole interaction. Both of the intermolecular forces contain a difference in electronegativity.

[Esther Kim]

Yes bc hydrogen bonding is dipole dipole