I know that an ion induced dipole involves polar and nonpolar.
Fe^2+ and O2
Fe^2+ and O2
-
In a neutral molecule (e.g. O2) the negatively charged electrons are distributed symmetrically throughout the molecule, so there is no dipole moment.
If such a molecule approaches a positively charged ion (e.g. Fe^2+) , the electrons are attracted towards the positive charge, so there is a 'build up' of electron density on the side of the molecule nearest to the ion. The molecule now has a dipole moment that has been 'induced' by the positive ion.
Thus: Fe^2+ δ- O=O δ+
If such a molecule approaches a positively charged ion (e.g. Fe^2+) , the electrons are attracted towards the positive charge, so there is a 'build up' of electron density on the side of the molecule nearest to the ion. The molecule now has a dipole moment that has been 'induced' by the positive ion.
Thus: Fe^2+ δ- O=O δ+