Answer:
(c) an aqueous solution of CO2 exhibits dipole-dipole forces between solute and solvent
Explanation:
Co2 is a non-polar molecule.
It is actually shown to be O=C=O.
When dissolved in water to get aqueous solution.
Dipole on water molecule can induce dipole on CO2.
This entails that we should have dipole-induced dipole forces when we have a mixture or solvent and solute.
But the given statement states dipole dipole forces between solute and solvent.
Hence the statement is false.
The dissolution of the carbon dioxide results in the dipole-induced dipole interaction. Thus, statement C is false, and option C is correct.
The dissolution of the compound in the water has been mediated by various forces. The dipole force has been exerted by the water molecules.
The dissociated particle induces their force and the result helps in the dissolution of the compound.
The carbon dioxide has been a nonpolar molecule, and in the water sample it has no dipole interaction, however, the dipole of the water induces the dipole to the carbon dioxide.
Thus, the bond has been dipole-induced dipole interaction. Thus, option C is correct.
For more information about the dissolution interactions, refer to the link:
https://brainly.com/question/14050210
