Pick an appropriate solvent from the table below to dissolve each substance. state the kind of intermolecular forces that would occur between the solute and solvent in each case.

common polar solvents common nonpolar solvents
water (h2o) hexane (c6h14)
acetone (ch3coch3) diethyl ether (ch3ch2och2ch3)
methanol (ch3oh) toluene (c7h8)
ethanol (ch3ch2oh) carbon tetrachloride (ccl4)
part apick an appropriate solvent to dissolve isopentyl alcohol (polar, contains an oh group) .check all that apply. ethanol (ch3ch2oh)toluene (c7h8)carbon tetrachloride (ccl4)methanol (ch3oh)hexane (c6h14)water (h2o)part bstate the kind of intermolecular forces that would occur between the solute and solvent in isopentyl alcohol (polar, contains an oh group) .check all that apply. hydrogen bondingdipole-dipoleion-dipoledispe rsionpart cpick appropriate solvent(s) to dissolve sodium chloride (ionic).check all that apply. carbon tetrachloride (ccl4)methanol (ch3oh)ethanol (ch3ch2oh)hexane (c6h14)water (h2o)toluene (c7h8)part dstate the kind of intermolecular forces that would occur between the solute and solvent in sodium chloride (ionic).check all that apply. dispersionion-dipoledipole-dipolehy drogen bondingpart epick appropriate solvent(s) to dissolve paraffine oil (nonpolar).check all that apply. hexane (c6h14)carbon tetrachloride (ccl4)ethanol (ch3ch2oh)toluene (c7h8)methanol (ch3oh)water (h2o)part fstate the kind of intermolecular forces that would occur between the solute and solvent in paraffine oil (nonpolar).check all that apply. dispersiondipole-dipolehydrogen bondingion-dipolepart gpick an appropriate solvent to dissolve magnesium bromide (ionic).check all that apply. methanol (ch3oh)carbon tetrachloride (ccl4)ethanol (ch3ch2oh)hexane (c6h14)water (h2o)toluene (c7h8part hstate the kind of intermolecular forces that would occur between the solute and solvent in magnesium bromide (ionic).check all that apply. dipole-dipoleion-dipolehydrogen bondingdispersion