State the kind of intermolecular forces that would occur between the solute and solvent in each. A) isopropyl alcohol (polar, contains an OH group) B) sodium chloride (ionic) C) vegetable oil (nonpolar) D) sodium nitrate (ionic) **Exercise 30: Solvent Selection and Intermolecular Forces**Analyze the following substances and select an appropriate solvent from Table 13.3 for dissolving each one. Additionally, specify the type of intermolecular forces that would be present between the solute and the solvent in each scenario.a. **Isopropyl alcohol** (polar, contains an OH group)b. **Sodium chloride** (ionic)c. **Vegetable oil** (nonpolar)d. **Sodium nitrate** (ionic)In your analysis, consider the molecular properties of each substance to determine compatibility with different solvents.

A) isopropyl alcohol(C3H7-OH) (polar, contains an OH group): Intermolecular forces = Hydrogen bonding, dispersion forces isopropyl alcohol containing one H atom to form H-bonding. dispersion forces present between the alkyl residues of isopropyl alcohol. B) Sodium chloride(NaCl): (ionic) Intermolecular forces = ion-dipole, dipole-dipole. Ion-dipole forces present in a sodium chloride solution,due to Na+ and Cl- ions formation in NaCl aqueous medium. Dipole-dipole forces present between the Cl- ion of one molecule and the Na+ ion of a different molecule. C) vegetable oil (nonpolar): Intermolecular force = Induced dipole force cooking oil is non-polar and has induced dipole forces. D) sodium nitrate(NaNO3) (ionic): Intermolecular forces = ion-dipole, dipole-dipole. NaNO3 is an ionic polar compound. Dipole-dipole forces present between the NO3- ion of one molecule and the Na+ ion of a different molecule.