Part A motor oil (nonpolar) Check all that apply. water toluene methanol carbon

Question

Part A motor oil (nonpolar)          Check all that apply. water toluene methanol carbon tetrachloride hexane acetone ethanol Part B Check all that apply. Part C            lard (nonpolar)          Check all that apply. Part C            lard (nonpolar)          Check all that apply. Part D             potassium chloride (ionic)                  Check all that apply. Part D             potassium chloride (ionic)                  Check all that apply. Part E State the kind of intermolecular forces that would occur between the solute and solvent in each case. pleaseeeee help!!!!!!!!!!!!!!!! Part E State the kind of intermolecular forces that would occur between the solute and solvent in each case. pleaseeeee help!!!!!!!!!!!!!!!! water toluene methanol carbon tetrachloride hexane acetone ethanol motor oil (nonpolar) Check all that apply. water toluene methanol carbon tetrachloride hexane acetone ethanol ethanol (polar, contains an OH group) Check all that apply. water toluene methanol carbon tetrachloride hexane acetone ethanol lard (nonpolar) Check all that apply. carbon tetrachloride acetone hexane methanol toluene water potassium chloride (ionic) Check all that apply. methanol toluene ethanol acetone water carbon tetrachloride hexane State the kind of intermolecular forces that would occur between the solute and solvent in each case.

Explanation / Answer

Part A

toluene

carbon tetrachloride

hexane

Part B

water

metanol

acetone

ethanol

Part C

carbon tetrachloride

hexane

toluene

Part D

methanol

ethanol

acetone

water

Part E

interactions in part A is Van der Waal interaction

interactions in part B is dipole-dipole interaction and intermolecular H bonding

interactions in part C is Van der Waal interaction

interactions in part D is ion-dipole interaction

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