An aromatic compound 'A' on treatment with aqueous ammonia and heating forms compounds 'B' which on heating with `Br_2` and KOH forms a compound 'C' of molecular formula `C_6 H_7 N`.
The compound 'B' is

An aromatic compound 'A' on treatment with aqueous ammonia and heating forms compounds 'B' which on heating with Br_2 and KOH forms a compound 'C' of molecular formula C_6 H_7 N . The compound 'A' may be

An aromatic compound 'A' on treatment with aqueous ammonia and heating forms compounds 'B' which on heating with Br_2 and KOH forms a compound 'C' of molecular formula C_6 H_7 N . The conversion of B to C is

(i) An aromatic compound 'A' on treatment with aqueous ammonia and heating forms compound 'B' which on heating with Br_(2) and KOH forms a compound 'C' of molecular formula C_(6)H_(7)N . Write the structures and IUPAC names of compound A, B and C. (ii) Lactose act as reducing sugar. Justify this statement.

An aromatic compound 'A' on treatment with aqueous ammonia and heating forms compound B which on heating with Br_(2) and KOH forms compound 'C' of molecular formula C_(6)H_(7)N . Write the structures and IUPAC names of compounds A, B and C.

An aromatic compound (A) on treatment with aqueous ammonia and heating forms compound (B) which on heating with Br_2 and KOH forms a compound (C ) of the molecular formula C_6 H_7 N . Write the structures and IUPAC names of compounds (A) . (B) and (C ).