C6H9Br -[(CH3)3CO-K+][-(CH3)3COH] X -[CH2 = CHCOCH3] B conversion of X to B is:

Question

C6H9Br ->[(CH3)3CO-K+][-(CH3)3COH] X ->[CH2 = CHCOCH3] B conversion of X to B is: (A) Claisen reaction (B) Perkin reaction (C) Diels-Alder reaction (D) Mannich reaction

Tardigrade Admin · Accepted Answer

The conversion of X to B is Diels-Alder reaction because it consists of the addition of a conjugated diene to a unsaturated molecule, generally called as a dienophile, resulting in the formation of a cyclic compound. Commonly known as adduct.

Q. $C_{6} H_{9} B r (CH X_{3}) X_{3} CO X^{-} K X^{+} - (CH X_{3}) X_{3} COH X CH X_{2} = CHCOCH X_{3} B$ conversion of $X$ to $B$ is:

Claisen reaction

Perkin reaction

Diels-Alder reaction

Mannich reaction

The conversion of $X$ to $B$ is Diels-Alder reaction because it consists of the addition of a conjugated diene to a unsaturated molecule, generally called as a dienophile, resulting in the formation of a cyclic compound. Commonly known as adduct.

Q. C6​H9​Br(CHX3​)X3​COX−KX+−(CHX3​)X3​COH​XCHX2​=CHCOCHX3​​B conversion of X to B is: