`NH_(3)+underset(excess)(Cl_(2))rarr A+HCl`
`A+H_(2)O rarr B+Y`
`"A,B"` and `"Y"` are respctively

In the series of reaction C_(6)H_(5)NH_(2)overset(NaNO_(2)//HCl)underset(0-5^(@)C)rarr X overset(HNO_(2))underset(H_(2)O)rarr Y+N_(2)+HCl , X and Y are respectively

2S"(fused)" +Cl_(2) rarr A A+H_(2)O rarr HCl+B+C A, B and C in the above equations are:

In the reaction sequence C_(6)H_(5)CHO overset(NH_(2)OH//H^(o+))underset(Delta)rarr(X) overset(P_(2)O_(5)//Delta)rarr (Y) overset(H_(2)O//H^(o+))rarr(Z) (X), (Y) and (Z) respectively be

In the reaction CH_(3)CN+2H underset("Ether")overset(HCl)(rarr) X overset("Boiling "H_(2)O)(rarr) Y , the term Y is

C_(6)H_(5)CH_(3) overset(CrO_(2)Cl_(2))underset(CS_(2))(rarr) A overset(H_(2)O)(rarr) B The functional group present in B and name of the reaction would be

Ketone (A) overset(NH_(2)OH.HCl)rarr (B) overset(H^(o+))rarr The ketone (A) and compound (B), respectively, are: Ketone (A) I. Compound (B)

Match the following {:(,"Column -I",,"Column -II"),((A),underset(3g)(2H_(2))+underset(22.66g)(O_(2))rarr 2H_(2)O,(p),25.5 "g product"),((B),underset(21 g)(N_(2))+underset(5 g)(3H_(2))rarr 2 NH_(3),(q),H_(2) "is present in excess"),((C ),underset(1g)(H_(2))+underset(40 g)(Cl_(2))rarr 2 HCl,(r ),H_(2) "is the limiting reagent"),((D),underset(20g)(C )+underset(6.375g)(2H_(2))rarr CH_(4),(s),36.5"g product"):}