Which one of the following compounds will giv | vedclass

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(C) In option $(c)$,the compound is $C_6H_5-CH(D)-Br$. It contains a chiral carbon atom because it is attached to four different groups: $-C_6H_5$,$-H

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$C_6H_5-CH(D)-Br$

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(C) In option $(c)$,the compound is $C_6H_5-CH(D)-Br$. It contains a chiral carbon atom because it is attached to four different groups: $-C_6H_5$,$-H$,$-D$,and $-Br$. Upon reaction with $HOH$ (water),it undergoes $S_N1$ substitution via a planar carbocation intermediate $C_6H_5-C^{+}H(D)$. The nucleophile $H_2O$ can attack from either side of the planar carbocation,resulting in a racemic mixture (enantiomeric pair) of $C_6H_5-CH(D)-OH$.

Which one of the following compounds will give an enantiomeric pair on treatment with $HOH$?

Similar Questions

The following reaction,$(CH_3)_3CBr + H_2O \rightarrow (CH_3)_3COH + HBr$,is an example of:

The increasing order of the reactivity of the following halides for the $S_N1$ reaction is:
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$(II)$ $CH_3-CH_2-CH_2-Cl$
$(III)$ $p-CH_3O-C_6H_4-CH_2Cl$

Which of the following compounds has the highest reactivity towards $S_N2$ reaction?

Explain isomerism in Haloalkanes.

$AgNO_3$ does not give a precipitate with $CHCl_3$ because

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