Apotassium chloride molecule (kci) has a dipole moment measured to be pl - 3.5 x 1029 cm (a) even for a two-atom molecule, specifying q and d separately is not easy. suppose the magnitude of q was a single fundamental charge, what would the distance between the+and-be? use some internet resource to find some typical distance or bond lengths of a few different two-atom molecules in order interpret/compare this number (b) you put this molecule electrically neutral (not ionized) and in gaseous form, into some apparatus. if this apparatus has a strong, uniform electric field, such as caused by a very large sheet of charge like in friday's discussion section question, what would be the net force on the molecule? consider the orientation to be 45 degrees to the field at first, explain your logic carefully, and include a diagram. (c) if your apparatus had a strong non-uniform electric field, such as caused by a point charge or a very long line of charge, what would be the net force, and what would the resulting motion be? this is a conceptual question, but the answer happens in two or three steps. to convey this is a process, report your answer in the form of a three-panel cartoon