Match the reactions given in Column-$I$ with the types of reactions given in Column-$II$.
(A) The correct matching is as follows:
$(i)$ Chlorination of chlorobenzene is an electrophilic aromatic substitution reaction: $i-b$.
(ii) Addition of $HBr$ to propene follows Markovnikov's rule,which is an electrophilic addition reaction: $ii-d$.
(iii) Substitution of $I$ by $OH^-$ in $1$-phenylethanol is a nucleophilic substitution reaction $(S_N1)$: $iii-e$.
(iv) Nucleophilic aromatic substitution of $Cl$ by $OH^-$ in $p$-nitrochlorobenzene: $iv-a$.
$(v)$ Dehydrohalogenation of $2$-bromobutane to form but-$2$-ene is a Saytzeff elimination reaction: $v-c$.
Thus,the correct match is $i-b, ii-d, iii-e, iv-a, v-c$.
$(i)$ Chlorination of chlorobenzene is an electrophilic aromatic substitution reaction: $i-b$.
(ii) Addition of $HBr$ to propene follows Markovnikov's rule,which is an electrophilic addition reaction: $ii-d$.
(iii) Substitution of $I$ by $OH^-$ in $1$-phenylethanol is a nucleophilic substitution reaction $(S_N1)$: $iii-e$.
(iv) Nucleophilic aromatic substitution of $Cl$ by $OH^-$ in $p$-nitrochlorobenzene: $iv-a$.
$(v)$ Dehydrohalogenation of $2$-bromobutane to form but-$2$-ene is a Saytzeff elimination reaction: $v-c$.
Thus,the correct match is $i-b, ii-d, iii-e, iv-a, v-c$.
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Give the chemical reactions for the following conversions:
$(1)$ $m$-nitrobenzoic acid from toluene
$(2)$ $m$-chloronitrobenzene from benzene
$(3)$ $n$-propyl bromide from $1, 2$-dibromopropane
$(1)$ $m$-nitrobenzoic acid from toluene
$(2)$ $m$-chloronitrobenzene from benzene
$(3)$ $n$-propyl bromide from $1, 2$-dibromopropane
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View SolutionWhat happens when
$(i)$ $n$-butyl chloride is treated with alcoholic $KOH$.
$(ii)$ bromobenzene is treated with $Mg$ in the presence of dry ether.
$(iii)$ chlorobenzene is subjected to hydrolysis.
$(iv)$ ethyl chloride is treated with aqueous $KOH$.
$(v)$ methyl bromide is treated with sodium in the presence of dry ether.
$(vi)$ methyl chloride is treated with $KCN$?
$(i)$ $n$-butyl chloride is treated with alcoholic $KOH$.
$(ii)$ bromobenzene is treated with $Mg$ in the presence of dry ether.
$(iii)$ chlorobenzene is subjected to hydrolysis.
$(iv)$ ethyl chloride is treated with aqueous $KOH$.
$(v)$ methyl bromide is treated with sodium in the presence of dry ether.
$(vi)$ methyl chloride is treated with $KCN$?
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View SolutionWhat is the product of the Friedel-Crafts reaction of benzene with chloroform?
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View SolutionThe product $(B)$ of the above reaction is:
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View SolutionMatch the reactions given in Column-$I$ with their names in Column-$II$:
Column-$I$ (Reactants) Column-$II$ (Name) $A$. $R-X + NaI \xrightarrow{\text{dry acetone}} R-I + NaX$ $i$. Electrophilic addition $B$. $H_3C-Br + AgF \to H_3C-F + AgBr$ $ii$. Finkelstein reaction $C$. $H_3C-CH_3 + Cl_2 \xrightarrow{hv} H_3C-CH_2Cl + HCl$ $iii$. Swarts reaction $D$. $CH_2=CH_2 + Br_2 \to BrCH_2-CH_2Br$ $iv$. Free radical substitution
| Column-$I$ (Reactants) | Column-$II$ (Name) |
| $A$. $R-X + NaI \xrightarrow{\text{dry acetone}} R-I + NaX$ | $i$. Electrophilic addition |
| $B$. $H_3C-Br + AgF \to H_3C-F + AgBr$ | $ii$. Finkelstein reaction |
| $C$. $H_3C-CH_3 + Cl_2 \xrightarrow{hv} H_3C-CH_2Cl + HCl$ | $iii$. Swarts reaction |
| $D$. $CH_2=CH_2 + Br_2 \to BrCH_2-CH_2Br$ | $iv$. Free radical substitution |
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