This is a type of intermolecular force known as dipole-dipole interaction. All molecules also have a type of intermolecular force much weaker than the other forces called London Dispersion forces where the positive nuclei of the atoms of the solute molecule will attract the negative electrons of the atoms of a solvent molecule. This gives the non-polar solvent a chance to solvate the solute molecules. Before selecting an answer for a problem, you must identify which of these are possessed by the solute. Dispersive Forces are net attractive forces generated by temporary charge imbalances among molecules.
Every molecule has dispersive forces.
Dipolar Forces describe the interaction between molecules with dipole moments. To ascertain which molecules have a dipole moment, you must be able to label it as either polar or non-polar. The first step is to draw the correct Lewis Structure. Next, you must draw dipole moments based on electronegativity differences between atoms. If the dipoles do not cancel each other out the molecule has a dipole moment and possesses dipolar forces.