An organic compound ‘A’ is having a molecular formula C7H8O. On oxidation with acidifiedKMnO4 it forms compound ‘B’ .Compound ‘B’ can also be obtained from compound C, on itsreaction with NaOH and then with CO2 followed by hydrolysis. Compound C can be easilyformed when butylphenylether is made to react with HI

An organic compound [A] which has characteristic odour, reacts with conc. NaOH togive two compounds [B] and [C]. Compound [B] has molecular formula C7H8O whichupon oxidation gives back compound [A]. Compound [C] is the sodium salt of the acidand upon treatment with sodalime yields an aromatic hydrocarbon [D]. Identify thecompounds [A], [B], [C] and [D].

Compound [A] on chlorination followed by treatment in aqueous alcoholic KOH gives a compound [B], which upon oxidation gives [C]. The compound [C] upon further oxidation followed by treatment with sodalime gives methane. The compound [A] is:ethane propanepropyleneMore than one of the aboveNone of the above

An organic compound A reacts with PCl3 to give B. The compound B with sodium metal in thepresence of dry ether and gives n-butane. Thus, A and 𝐵 are:

A compound 'A' with molecular formula C H O gave positive 2, 4-DNP test but a negative Tollen'sreagent test. It was oxdised to carboxylic acid 'B' with molecular formula C H O when treated withalkaline KMnO under vigorous condition. Sodium salt of 'B' gave a hydrocarbon 'C' on Kolbe'selectrolytic reduction. Identify A, B and C and write the chemical equations for the reaction.

An organic compound (A) with molecular formula C2Cl3O2H is obtained when (B)reacts with Red P and Cl2. The organic compound (B) can be obtained on thereaction of methyl magnesium chloride with dry ice followed by acid hydrolysis.a. Identify A and B