Problem #4: Draw the mechanism for the cyclic amine reaction in the boxes below Step 1:...

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Problem #4: Draw the mechanism for the cyclic amine reaction in the boxes below Step 1: Draw the oxide product that forms after KMNO4 treatment (no mechanism) Hint: what kind of reagent is KMN04? This chemistry could atso be dane with hydrogen peroxide and peroxyacid. Maybe with high pressure of 02 as wel There actualy is not a mechanism for this first step, only a product. CH, H,C. KMN04 CH Step 2: Draw the entire mechanism and the product of the intra-molecular E2 reaction to form the "Hofmann" Alkene. Since the material is cyclic this chemistry will just open the ring and there will be only one product. Make sure you draw the Hofmann chemistry and not Zaitseft. Problem #4: Draw the mechanism for the cyclic amine reaction in the boxes below Step 1: Draw the oxide product that forms after KMNO4 treatment (no mechanism) Hint: what kind of reagent is KMN04? This chemistry could atso be dane with hydrogen peroxide and peroxyacid. Maybe with high pressure of 02 as wel There actualy is not a mechanism for this first step, only a product. CH, H,C. KMN04 CH Step 2: Draw the entire mechanism and the product of the intra-molecular E2 reaction to form the "Hofmann" Alkene. Since the material is cyclic this chemistry will just open the ring and there will be only one product. Make sure you draw the Hofmann chemistry and not Zaitseft.

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KMnO 4 is an oxidizing agent and hence it oxidizes tertiary amine and produ... View the full answer