5. In each of the following pairs, one of the compounds is significantly more reactive than the other. In each specific

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5 In Each Of The Following Pairs One Of The Compounds Is Significantly More Reactive Than The Other In Each Specific 1 (24.61 KiB) Viewed 51 times

5 In Each Of The Following Pairs One Of The Compounds Is Significantly More Reactive Than The Other In Each Specific 2 (17.37 KiB) Viewed 51 times

5 In Each Of The Following Pairs One Of The Compounds Is Significantly More Reactive Than The Other In Each Specific 3 (24.91 KiB) Viewed 51 times

5. In each of the following pairs, one of the compounds is significantly more reactive than the other. In each specific case, provide a resonance structure of the more reactive compound that explains the increased reactivity. a) b) Ü° is more basic than ionizes more readily than
4. The compound furan is an aromatic compound. Draw the four contributing resonance structures for furan. In each of these structures the oxygen will have a positive formal charge, and a negative formal charge will move around the ring to each of the carbon atoms. Furan
6. Each of the following molecules are aromatic, though they may not appear to be so at first glance. Draw a resonance structure for each that clearly shows the cyclic pi structure necessary to be aromatic. a) b) d) NH;