A certain intermolecular force is created when hydrogen bonds with a highly electronegative atom. Which of the following best explains the strength of this
intermolecular force?

A) Very strong, because it is a result of interactions between highly polar molecules.

B)Negligible, because it is a result of interaction between ions and polarized molecules.

C)Very strong, because it is a result of interactions between molecules with instantaneous dipoles.

D)Negligible, because it is a result of interactions between symmetrical molecules causing cancelling of dipoles.

Will vote Brainliest!

Hydrogen is both electronegative as well as electropositive element. It is an electronegative element which when combines with elements from group 1 or 2, which are metals, can easily take up an electron and when it combines with elements of group 16 or 17 it can lose its electron and form an H+ ion and thus can be considered electropositive.

So, with highly electronegative atoms hydrogen will act as highly electropositive and hence the intermolecular force created will be very strong due to opposite polarity.