Which interaction produces dispersive forces by creating temporary dipoles that induce dipoles in other molecules?

dipole-dipole

hydrogen bonds

dipole-induced dipole

induced dipole-induced dipole

Induced dipole-induced dipole

Explanation:

An example of a dipole dipole interaction is similar to hydrogen bonds, except it can apply to atoms that aren't hydrogen. Such as the attraction between chlorine (being negatively charged) interacting with a sodium atom (positively charged).

Hydrogen bonds are most commonly found in water, between molecules that exhibit dipole dipole interactions, like the slightly positive hydrogen being attracted to the slightly negative oxygen.

Dipole-induced dipole interactions occur between a polar molecule and a non-polar molecule, and this is not the correct answer because one of the molecules are already polar, and this induces a dipole in the non-polar molecule.

Induced dipole-induced dipole is where both molecules are non-polar but both molecules have been induced to acquire dipoles.

what are the choices?