An organic compound A `(C_3H_8O)` on treatment with Cu dust at 573 K gives B. B does not reduce Fehling's solutioln but given a yellow precipitate of compound C with `I_2\NaOH`. Deduce the structrues of A, B and C and their IUPAC names.

An organic compound A( C_3H_8O ) on treatment with Cu dust at 573K gives B. B does not reduce Fehling's solution but gives a yellow precipitate of compound C with I_2//NaOH . Deduce the structures of A , B and C and their IUPAC names.

The compound A on treatment with Na gives B , and with PCl_(5) gives C . B and C react together to give di Ethyl ether. A,B and C are in the order

The compound A on treatment with Na gives B, and with PCl_(5) gives C. B and C react together to give diethyl ether. A, B and C are in the order-

An organic compound 'A' (C_2H_6O) reacts with sodium to form a compound 'B' with the evolution of hydrogen gas and gives a yellow compound 'C' when treated with iodine and NaOH. When heated with conc. H_2SO_4 at 140^@C it gives a compound 'D' C_4H_(10) which on treatment with HI at 100^@C gives 'E'. 'B' when heated with 'E' also gives back 'D'. Identify 'A' to 'E' and write equations for the reaction involved.

A compound [A] of molecular formula C_(4)H_(9)Br yields a compound [B] of molecular formula C_(4)H_(10)O when reated with aqueous NaOH . On oxidation [B] gives a ketone [C]. The vigorous oxidation of ketone gives ethanoic acid. Deduce the structure of A, B and C.

An organic compound E(C_5H_8) on hydrogenation gives compound F(C_5H_12) compound E on ozonolysis gives formaldehyde and 2-keto propanal deduce the structure of compound E

A compound (C_(6)H_(12)O_(6)) on reaction with phenyl-hydrazine gives a yellow ppt. and with Na produces a mixture of sorbitol and mannitol. The compound is-

An organic compound 'A' (C_(4)H_(10)O) is optically active. On mild oxidation, it gives a compound 'B' (C_(4)H_(8)O) but upon vigorous oxidation, it gives another compound 'C' (C_(3)H_(6)O_(2)) . The compound 'C' along with 'D' are also formed from 'B' by reacting with iodine in the presence of alkali. Deduce the structures of 'A', 'B', 'C' and 'D' .