An aromatic compound $A$ on treatment with aqueous ammonia and heating forms compound $B$ which on heating with $B{r}_2$ and $KOH$ forms a compound $C$ of molecular formula $C_6{H}_{7}N$. Write the structures and IUPAC names of compounds $A,B$ and $C$.

Q. An aromatic compound 'A' on heating with$B{r}_2$ and $KOH$ forms a compound 'B' of molecular formula $C_6{H}_{7}N$ which on reacting with $CHC{l}_3$ and alcoholic $KOH$ produces a foul smelling compound 'C'. Write the structures and IUPAC names of compounds A,B and C .

Q. An aromatic compound 'A' on heating with$B{r}_2$ and $KOH$ forms a compound 'B' of molecular formula $C_6{H}_{7}N$ which on reacting with $CHC{l}_3$ and alcoholic $KOH$ produces a foul smelling compound 'C'. Write the structures and IUPAC names of compounds A,B and C .

Q. Ethanoic acid on heating with ammonia forms compound $A$ which on treatment with bromine and sodium hydroxide gives compound $B$. Compound $B$ on treatment with $NaN{O}_2/dil.HCl$ gives compound $C$. The compounds $A,B$ and $C$ respectively are:

Q. An aromatic organic compound [A] on heating with ${NH}_3$ and ${Cu}_{2}O$ at high pressure gives [B]. The compound [B] on treatment with ice cold solution of ${NaNO}_2$ and $HCL$ gives [C].Which on heating with $Cu/HCl$ gives compound [A] again. Identify the compounds [A], [B] and [C]. Write the name of the reaction for the conversion of [B] to [C] ?

Q. Compound $\left[A\right]$ is an aromatic amine which react with $NaN{O}_2+HCl$ at $273-278K$ and form compound $\left[B\right]$. Compound $\left[B\right]$ react with $HB{F}_4$ and the obtain product on further heating, in the presence of $NaN{O}_2$ and confirm compound $\left[C\right]$. Compound $\left[C\right]$ reduced in the presence of $Sn/HCl$ to re-formed compound $\left[A\right]$. Write general name of ${}^{\prime }{A}^{\prime }{,}^{\prime }{B}^{\prime }$ and ${}^{\prime }{C}^{\prime }$ and write equation of all reaction involved?