How many products are capable of being formed | vedclass

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(B) (Mono-nitration): Toluene undergoes electrophilic substitution at the ortho,meta,and para positions. Thus,$3$ isomers are formed.$B$ (Di-nitration

Vedclass · Accepted Answer

$A = 3, B = 6, C = 6$

Vedclass · Answer

(B) (Mono-nitration): Toluene undergoes electrophilic substitution at the ortho,meta,and para positions. Thus,$3$ isomers are formed.$B$ (Di-nitration): The methyl group is ortho/para directing. The possible di-nitro products are $2,3-$,$2,4-$,$2,5-$,$2,6-$,$3,4-$,and $3,5-$ dinitrotoluene. Thus,$6$ isomers are formed.$C$ (Tri-nitration): Under vigorous conditions,$3$ nitro groups are introduced. The possible isomers are $2,3,4-$,$2,3,5-$,$2,3,6-$,$2,4,5-$,$2,4,6-$,and $3,4,5-$ trinitrotoluene. Thus,$6$ isomers are formed.

How many products are capable of being formed from toluene in each of the following reactions shown in the figure?

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