PART III: Intermolecular Forces 1. Heat of Formation of one isolated water molecule 2. Heat of Solvation of water 3. Strength of a hydrogen bond_ (by comparison of #1 and #2 above) 4. Bond Lengths Long O-----H Draw the two H-bonded molecules Intermolecular bond Short O-H. Intramolecular bond 1. Heat of Formation of one isolated ammonia molecule. 2. Heat of Solvation of CH3OH

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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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PART III: Intermolecular Forces
1. Heat of Formation of one isolated water molecule
2. Heat of Solvation of water
3. Strength of a hydrogen bond
(by comparison of #1 and #2 above)
4. Bond Lengths
Long O------H
Draw the two H-bonded molecules
Intermolecular bond
Short O-H
Intramolecular bond
1. Heat of Formation of one isolated ammonia molecule
2. Heat of Solvation of CH3OH
3. Strength of a hydrogen bond
(by comparison of #1 and #2 above)
4. Bond Lengths
Long O------H
Draw the two H-bonded molecules
Intermolecular bond
Short O-H
Intramolecular bond
1. Heat of Formation of one isolated methane molecule
2. Heat of Solvation of CSH12
3. Strength of intermolecular attractions
(by comparison of #1 and #2 above)
4. Bond Lengths
Long C------H
Intermolecular bond
Short C-H.
Intramolecular bond
Comment on the Strength of intermolecular attractions between H20 and water solvent, CH3OH and
CH3OH solvent, cyclohexane and cyclohexane solvent.
Transcribed Image Text:PART III: Intermolecular Forces 1. Heat of Formation of one isolated water molecule 2. Heat of Solvation of water 3. Strength of a hydrogen bond (by comparison of #1 and #2 above) 4. Bond Lengths Long O------H Draw the two H-bonded molecules Intermolecular bond Short O-H Intramolecular bond 1. Heat of Formation of one isolated ammonia molecule 2. Heat of Solvation of CH3OH 3. Strength of a hydrogen bond (by comparison of #1 and #2 above) 4. Bond Lengths Long O------H Draw the two H-bonded molecules Intermolecular bond Short O-H Intramolecular bond 1. Heat of Formation of one isolated methane molecule 2. Heat of Solvation of CSH12 3. Strength of intermolecular attractions (by comparison of #1 and #2 above) 4. Bond Lengths Long C------H Intermolecular bond Short C-H. Intramolecular bond Comment on the Strength of intermolecular attractions between H20 and water solvent, CH3OH and CH3OH solvent, cyclohexane and cyclohexane solvent.
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