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(D) The reaction of hexachlorocyclohexane isomers with $3 \ 	ext{moles}$ of alcoholic $KOH$ involves dehydrohalogenation. In each case,the eliminatio

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$A = B = C$ are the same

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(D) The reaction of hexachlorocyclohexane isomers with $3 \ 	ext{moles}$ of alcoholic $KOH$ involves dehydrohalogenation. In each case,the elimination of $3 \ 	ext{moles}$ of $HCl$ occurs to form $1,3,5-	ext{trichlorobenzene}$. Although the starting materials are different stereoisomers of hexachlorocyclohexane,the final product in all three reactions is the same aromatic compound,$1,3,5-	ext{trichlorobenzene}$. Therefore,$A = B = C$.

$A$. $ROH + SOCl_2 \rightarrow$	$P$. Darzen process
$B$. $RX (Cl, Br) + NaI \rightarrow$	$Q$. Finkelstein reaction
$C$. $RX (Cl, Br) + AgF \rightarrow$	$R$. Swarts reaction
$D$. $ArX + RX + Na \rightarrow$	$S$. Wurtz-Fittig reaction

The products obtained in the above reactions $(1)$,$(2)$,and $(3)$ are:

Similar Questions

Which of the following statements is wrong?

Choose the correct option:

$A$. $ROH + SOCl_2 \rightarrow$ $P$. Darzen process

$B$. $RX (Cl, Br) + NaI \rightarrow$ $Q$. Finkelstein reaction

$C$. $RX (Cl, Br) + AgF \rightarrow$ $R$. Swarts reaction

$D$. $ArX + RX + Na \rightarrow$ $S$. Wurtz-Fittig reaction

Arrange the following reactants in increasing order of reactivity towards $S_{N^1}$ solvolysis reaction with methanol.

In the given reaction,identify the product $[X]$:

Explain two differences between haloalkanes and haloarenes.

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