`Al_(4)C_(3)overset("Hydrolysis")toAunderset(HNO_(3)("vopour"))overset(400^(@)-475^(@)C)toB`. A and B are

Identify the products (A), (B) and ('C'). C_(2)H_(4)overset(HBr)to (A) overset("Hydrolysis")to(B)underset(I_(2))overset(Na_(2)CO_(3))to(C)

Identify the products (A), (B) and ('C'). C_(2)H_(4)overset(HBr)to (A) overset("Hydrolysis")to(B)underset(I_(2))overset(Na_(2)CO_(3))to(C)

CaC_(2) overset("Hydrolysis")toA overset("Red hot")underset("Cu tube")toB overset(HNO_(3)+H_(2)SO_(4))underset(50-60^(@))toC overset(Fe+HCl)toD overset(NaNO_(2)+HCl, 0^(@)C) to E Then E is

C_(2)H_(5)Clunderset(KOH)overset(Alc)toAunderset(C Cl_(4))overset(Br_(2))toB . What are the compounds 'A' and 'B'. Write their names ?

CH_(3)=CH_(2)overset(HCl)toAunderset("Dry ether")overset(Mg)toBoverset("Hydrolysis")toC Then 'C' is

Identify A,B and C in the following reactions CH_(3)Cl overset(KCN) to A underset(H_(3)O^(o+))overset("hydrolysis")toB underset(Delta)overset(C_(2)H_(5)OH//H^(+))toC

CH_(3)COOKoverst("Electrolysis")toAunderset(1000^(@)C)overset(Delta)toBunderset(KMnO_(4))overset("cold alkaline")toC Here 'C' is