Question: 2. On diagram shown below, draw one hydrogen bond that would exist between molecule 1 and 2 , then one hydrogen bond that would exist

 2. On diagram shown below, draw one hydrogen bond that would

2. On diagram shown below, draw one hydrogen bond that would exist between molecule 1 and 2 , then one hydrogen bond that would exist between molecule 2 and 3 . A hydrogen bond is represented by a dashed line () between an appropriate H on one molecule and an unshared electron pair on another molecule. Review: When comparing two molecules with the same molecular weight: - Straight chain hydrocarbons have stronger London Forces and therefore higher boiling points than branched hydrocarbons. - Organic compounds that can exhibit hydrogen bonding have higher boiling points than those that cannot. 3. Write chemical formula (EX: C3H5. C2H5OH, etc.) then circle the compound with the higher boiling point (for its pi liquid). Explain your choice. A) i) Reason: B) ii Reason

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