The conversion(s) that can be carried out by | vedclass

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(A, D) The reaction of $Br_2$ in $CCl_4$ is typically used for the electrophilic addition to alkenes.$(A)$ $PhCH=CHCH_3 + Br_2 \xrightarrow{CCl_4} PhC

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(A, D) The reaction of $Br_2$ in $CCl_4$ is typically used for the electrophilic addition to alkenes.$(A)$ $PhCH=CHCH_3 + Br_2 \xrightarrow{CCl_4} PhCHBrCHBrCH_3$. This is a standard addition reaction.$(B)$ Bromination of benzoic acid requires a Lewis acid catalyst like $FeBr_3$ and is not achieved by $Br_2/CCl_4$ alone.$(C)$ $CH_3CH_2COOH \rightarrow CH_3CHBrCOOH$ is the Hell-Volhard-Zelinsky $(HVZ)$ reaction, which requires $Br_2$ and red phosphorus $(P)$.$(D)$ The conversion of silver benzoate to bromobenzene is the Borodine-Hunsdiecker reaction, which uses $Br_2$ in $CCl_4$ under reflux conditions.Therefore, the conversions that can be carried out by $Br_2$ in $CCl_4$ are $(A)$ and $(D)$.

The conversion$(s)$ that can be carried out by bromine in carbon tetrachloride $(CCl_4)$ solvent is/are:

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