A. Solubility of Solids in Water and Cyclohexane Fill in the table with your solubility data...

   

 

 

 

 

 

 

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A. Solubility of Solids in Water and Cyclohexane Fill in the table with your solubility data (s soluble, i-insoluble, ss slightly soluble). Intermolecular Forces Present in Solute: naphthalene benzophenone sucrose sodium chloride sodium acetate Solute pentane tetrahydrofuran B. Solubility of Liquids in Water and Cyclohexane: Fill in the table with your solubility data (m= miscible, i = immiscible). acetone London dispersion forces (LD) dipole-dipole interactions (DD) hydrogen bonding (HB) DD methanol LD, DD HB, LD, DD lonic Tonic Intermolecular Forces Present in Solute (LD, DD, HB) DD, LD LD LD, DD LD, DD, HB Solubility in Water Solubility (after 10 drops) H 33 3 Solubility in Water S SS Solubility in Cyclohexane Solubility (after 10 drops) m, >10 m,> 10 M710 I. 5 Solubility in Cyclohexane S.S. 5 4. For the molecular compounds you investigated in Parts A and B, explain the relationship between polarity, intermolecular forces, and solubility in water. Provide specific examples from part A: Provide specific examples from part B: 5. For the molecular compounds you investigated in Parts A and B, explain the relationship between polarity, intermolecular forces, and solubility in cyclohexane. Provide specific examples from part A: Provide specific examples from part B: 10 6. Are the ionic compounds you investigated in Part A more soluble in water or cyclohexane? What is the reason for this observed behavior? A. Solubility of Solids in Water and Cyclohexane Fill in the table with your solubility data (s soluble, i-insoluble, ss slightly soluble). Intermolecular Forces Present in Solute: naphthalene benzophenone sucrose sodium chloride sodium acetate Solute pentane tetrahydrofuran B. Solubility of Liquids in Water and Cyclohexane: Fill in the table with your solubility data (m= miscible, i = immiscible). acetone London dispersion forces (LD) dipole-dipole interactions (DD) hydrogen bonding (HB) DD methanol LD, DD HB, LD, DD lonic Tonic Intermolecular Forces Present in Solute (LD, DD, HB) DD, LD LD LD, DD LD, DD, HB Solubility in Water Solubility (after 10 drops) H 33 3 Solubility in Water S SS Solubility in Cyclohexane Solubility (after 10 drops) m, >10 m,> 10 M710 I. 5 Solubility in Cyclohexane S.S. 5 4. For the molecular compounds you investigated in Parts A and B, explain the relationship between polarity, intermolecular forces, and solubility in water. Provide specific examples from part A: Provide specific examples from part B: 5. For the molecular compounds you investigated in Parts A and B, explain the relationship between polarity, intermolecular forces, and solubility in cyclohexane. Provide specific examples from part A: Provide specific examples from part B: 10 6. Are the ionic compounds you investigated in Part A more soluble in water or cyclohexane? What is the reason for this observed behavior?

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ATTACHED IMAGE Answer 4 As the polarity of the solvent increases its solubility also increases Polar ... View the full answer