3. Hydrogen chloride (HCI) is soluble in both water and in benzene (CH). H-C H benzene...

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3. Hydrogen chloride (HCI) is soluble in both water and in benzene (CH). H-C H benzene a) For a 0.01 m HCl(aq) solution, the freezing point depression is about 0.04C. Determine the van't Hoff factor for HCI in water. i) Is this van't Hoff factor what you would expect for HCI dissolved in water? Explain why or why not. b) For a 0.01 m HCI dissolved in benzene solution, the freezing point depression is about 0.05C. Determine the van't Hoff factor for HCI in benzene. c) Compare the van't Hoff factor for HCI when water is the solvent to the van't Hoff factor for HCI when benzene is the solvent. Suggest a reason in terms of intermolecular forces for any difference between the two values. 3. Hydrogen chloride (HCI) is soluble in both water and in benzene (CH). H-C H benzene a) For a 0.01 m HCl(aq) solution, the freezing point depression is about 0.04C. Determine the van't Hoff factor for HCI in water. i) Is this van't Hoff factor what you would expect for HCI dissolved in water? Explain why or why not. b) For a 0.01 m HCI dissolved in benzene solution, the freezing point depression is about 0.05C. Determine the van't Hoff factor for HCI in benzene. c) Compare the van't Hoff factor for HCI when water is the solvent to the van't Hoff factor for HCI when benzene is the solvent. Suggest a reason in terms of intermolecular forces for any difference between the two values.