#4: Indicate which rings are aromatic (A), nonaromatic (NA), or antiaromatic (AA). For NA and AA compounds, provide a br

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#4: Indicate which rings are aromatic (A), nonaromatic (NA), or antiaromatic (AA). For NA and AA compounds, provide a br

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#4: Indicate which rings are aromatic (A), nonaromatic (NA), or antiaromatic (AA). For NA and AA compounds, provide a brief explanation as to why they are AS or NA.
4 Indicate Which Rings Are Aromatic A Nonaromatic Na Or Antiaromatic Aa For Na And Aa Compounds Provide A Br 1
4 Indicate Which Rings Are Aromatic A Nonaromatic Na Or Antiaromatic Aa For Na And Aa Compounds Provide A Br 1 (49.08 KiB) Viewed 51 times
4 Indicate Which Rings Are Aromatic A Nonaromatic Na Or Antiaromatic Aa For Na And Aa Compounds Provide A Br 2
4 Indicate Which Rings Are Aromatic A Nonaromatic Na Or Antiaromatic Aa For Na And Aa Compounds Provide A Br 2 (49.08 KiB) Viewed 51 times
III. (21 points) Rank the reactivities of the amides for nucleophilic attack. Explain your ranking (consider resonance structures). most reactive amide Nu Nyes 'N-H A Nu B "N-H least reactive amide Nu IV. (19 total points) Indicate which rings are aromatic (A), nonaromatic (NA), or antiaromatic (AA). Assume all rings are planar. For NA or AA compounds, provide a brief explanation for why they are NA or AA. *
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