We have seen that the alpha carbon atom of an enamine can function as a nucleophile in a Michael reaction, and in fact, enamines can function as nucleophiles in a wide variety of reactions. For example, an enamine will undergo alkylation when treated with an alkyl halide. Draw the structure of intermediate A and the alkylation product B in the following reaction scheme (J. Am. Chem. Soc. 1954, 76, 2029-2030): TSOH NH -H₂O A 1) CH₂I 2) H₂O+ B + NH Modify the given copy of the starting material to draw compound A. If needed, use the single bond tool to interconvert between double and single bonds.

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Modify the given materials to find products A and B.

We have seen that the alpha carbon atom of an enamine can function as a nucleophile in a Michael reaction, and in fact, enamines can
function as nucleophiles in a wide variety of reactions. For example, an enamine will undergo alkylation when treated with an alkyl
halide. Draw the structure of intermediate A and the alkylation product B in the following reaction scheme (J. Am. Chem. Soc. 1954, 76,
2029-2030):
TSOH
NH
-H₂O
A
1) CH3I
2) H₂O+
B +
Ĉ
NH
Modify the given copy of the starting material to draw compound A. If needed, use the single bond tool to interconvert between
double and single bonds.
Transcribed Image Text:We have seen that the alpha carbon atom of an enamine can function as a nucleophile in a Michael reaction, and in fact, enamines can function as nucleophiles in a wide variety of reactions. For example, an enamine will undergo alkylation when treated with an alkyl halide. Draw the structure of intermediate A and the alkylation product B in the following reaction scheme (J. Am. Chem. Soc. 1954, 76, 2029-2030): TSOH NH -H₂O A 1) CH3I 2) H₂O+ B + Ĉ NH Modify the given copy of the starting material to draw compound A. If needed, use the single bond tool to interconvert between double and single bonds.
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