B. chlorobenzene C. benzene D. benzoic acid Least Reactive Most Reactive 7. Using benzoic acid, explain fully the reacti

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B. chlorobenzene C. benzene D. benzoic acid Least Reactive Most Reactive 7. Using benzoic acid, explain fully the reacti

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B Chlorobenzene C Benzene D Benzoic Acid Least Reactive Most Reactive 7 Using Benzoic Acid Explain Fully The Reacti 1
B Chlorobenzene C Benzene D Benzoic Acid Least Reactive Most Reactive 7 Using Benzoic Acid Explain Fully The Reacti 1 (23.8 KiB) Viewed 47 times
B Chlorobenzene C Benzene D Benzoic Acid Least Reactive Most Reactive 7 Using Benzoic Acid Explain Fully The Reacti 2
B Chlorobenzene C Benzene D Benzoic Acid Least Reactive Most Reactive 7 Using Benzoic Acid Explain Fully The Reacti 2 (6.76 KiB) Viewed 47 times
B. chlorobenzene C. benzene D. benzoic acid Least Reactive Most Reactive 7. Using benzoic acid, explain fully the reactivity and orientation effects of this compound with the +CH3 electrophile. Use all appropriate resonance structures, discussion about induction, and any other "words" in your explanation. (10 points) 8. Complete the following multi-step syntheses. Design a synthesis to produce the product by starting with the stated reagent. You can use any other reagents that are needed (no mechanisms-10 points)
6. Rank the following aromatic compounds in terms of reactivity in electrophilic aromatic substitution reactions(from least to most reactive-4 points). A. aniline
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