Question

1. Describe how intermolecular forces might be responsible for the observed order of melting points for Naphthalene, Iodine, Sucrose, and NaCl. 2. Describe how intermolecular forces might be responsible for the observed order of evaporation rates for ethanol, methanol, and acetone. 3. How do you think water and glycerol’s rate of evaporation would compare to the rates for ethanol, methanol, and acetone? Faster or slower? Explain your answer using intermolecular forces. 4. In which solvent (hexane/water) did iodine and NaCl dissolve? Describe how intermolecular forces might be responsible for the observed solubility or insolubility of iodine and NaCl in hexane and water. Be specific in your response; include which intermolecular forces are involved.

          1. Describe how intermolecular forces might be responsible for the observed order of melting points for Naphthalene, Iodine, Sucrose, and NaCl. 
2. Describe how intermolecular forces might be responsible for the observed order of evaporation rates for ethanol, methanol, and acetone. 
3. How do you think water and glycerol’s rate of evaporation would compare to the rates for ethanol, methanol, and acetone? Faster or slower? Explain your answer using intermolecular forces. 
4. In which solvent (hexane/water) did iodine and NaCl dissolve? Describe how intermolecular forces might be responsible for the observed solubility or insolubility of iodine and NaCl in hexane and water. Be specific in your response; include which intermolecular forces are involved.
        
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Chemistry: Structure and Properties
Chemistry: Structure and Properties
Nivaldo Tro 2nd Edition
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1. Describe how intermolecular forces might be responsible for the observed order of melting points for Naphthalene, Iodine, Sucrose, and NaCl. 2. Describe how intermolecular forces might be responsible for the observed order of evaporation rates for ethanol, methanol, and acetone. 3. How do you think water and glycerol’s rate of evaporation would compare to the rates for ethanol, methanol, and acetone? Faster or slower? Explain your answer using intermolecular forces. 4. In which solvent (hexane/water) did iodine and NaCl dissolve? Describe how intermolecular forces might be responsible for the observed solubility or insolubility of iodine and NaCl in hexane and water. Be specific in your response; include which intermolecular forces are involved.
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Transcript

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00:01 So here in this question we need to talk about the melting point order of certain compounds like we have naphthalene, then we have iodine, we have sucrose, and then we have nacl, that is sodium chloride.
00:26 So here, naphthalene, so we can write n for this, this has strong intermolecular force, that is, that is, imf than iodine...
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