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Please provide reasonable reagents to complete the following transformation (30 pts). (Make sure that all reagents...
Provide the reagents and conditions for the following synthetic transformation. Be sure to include all synthetic intermediates. You will need more than one step to accomplish this.
3. (3 pts) Provide a reasonable arrow-pushing mechanism for the following transformation. D20+ ph CH₂ Ph CD
give a reasonable mechanism for each of the following reactions. Be sure to use electron pushing (arrow pushing) and to include all intermediates. In cases where an intermediate is resonance stabilized, dry the most stable resonance contributor.
3. (3 pts) Provide a reasonable arrow-pushing mechanism for the following transformation. OEt EIO EIO 1. NaOE, ETOH 2.NH.CI (aq soln) Me Me
I need help with this question Please Provide a reasonable arrow-pushing mechanism for the following transformation. (Hint! The reaction involves both intramolecular v. addition and aldol reactions. C1 is labeled in the starting material and product.) NaOE/EtOH но
3. (3 pts) Provide a reasonable arrow-pushing mechanism for the following transformation. Why does the more substituted cyclopentanone not form? in Me money OEU 1. NaOEt, EtOH * 2. NH4Cl (aq soln) Eto Me
3. (3 pts) Provide a reasonable arrow-pushing mechanism for the following transformation. Why does the more substituted cyclopentanone not form? Me OEt 1. NaOET, ETOH X 2. NH4Cl (aq soln) Eto EIO Me
With explanation please! 2. (12 pts) Provide an arrow pushing mechanism for the following transformation. HAH Н+ H2 - H2O H2O + H2O + H2O
11. Provide the necessary reagents to complete the following transformation. Ph 11) Provide the necessary reagents to complete the following transformation. (3 points) 2) Br 3) Ph 11) Provide the necessary reagents to complete the following transformation. (3 points) 2) Br 3)
show all work please thank you!!! 3. (10 pts total) Consider the following alkene addition reaction: Brz H2O НО Br a. (3 pts) This type of alkene addition reaction is mediated by both Lewis acids and bases. Of the two inorganic reactants (Br2 and H2O), place a triangle (1) around the one which functions as a Lewis acid in the above transformation b. (3 pts) of the two regioisomeric reaction products shown, only one is observed to form under the...