- 4 Points The Acid Catalyzed Hydration Of The Compound Below Gave Three Products Please Provide A Detailed Mechanism T 1 (27.74 KiB) Viewed 40 times
- 4 Points The Acid Catalyzed Hydration Of The Compound Below Gave Three Products Please Provide A Detailed Mechanism T 2 (31.23 KiB) Viewed 40 times
- 4 Points The Acid Catalyzed Hydration Of The Compound Below Gave Three Products Please Provide A Detailed Mechanism T 3 (28 KiB) Viewed 40 times
5. (24 points) Gre the products of the following reactions. Pay attention to stereochemistry where applicable for full credit. Note that each letter requires an answer and each letter corresponds to a different reaction with the starting material G 2. Cul CH H CH.CH H 15,0) 1.ME 2 HO B OH Per с COH (S2) 1 SOC. D J MK UNE 2.HO OH OH Phipphude Caco, THE 6. (12 points) Show AL.I.products that you would expect from the reaction of 1-methylcyclopentene with NES? Show a detailed mechanism for any TWO.products as part of your answer. CH NBS ?? hv, CCL 7 (10 points) Define the following compounds as aromatic, anti-aromatic or non-armatic. Be sure to justify your answers for full credit (a) (b) c) ( (d) le) of_-9 (points in the acid catalyzed dehydration reaction below the mechanism involves two step. In CH -CHE OH (a) Identify the reaction mechanism as the Sul, S2, E12 6) Draw a potential energy diagram for the reactice and label the starting material, product, intermediate (if any), transition states), AG. AG(for activation energies) c) Draw a detailed mechanism for the reaction above 9. points) Draw the conformational isomer resulting from the ring.flip in the structure below. Explain which conformeras more stable. Be sure to mention and show all strain certies involved CH
8. (8 points) In the acid catalyzed dehydration reaction below, the mechanism involves two steps. сн. H CHE -CH₃ -H OH -CH₂ (a) Identify the reaction mechanism as either Sul, SN2, El or E2 (b) Draw a potential energy diagram for the reaction and label the starting material, product, intermediate(s) (if any), transition state(s), AG", AG* (for activation energies) (c) Draw a detailed mechanism for the reaction above 9. (4 points) Draw the conformational isomer resulting from the ring-flip in the structure below. Explain which conformer is more stable. Be sure to mention and show all strain energy(ies) involved. CHE