`BiCl_(3) +KI rarr (X) overset(KI)underset(("excess"))rarr (Y)`
Colour of (X) and shape of (Y) are respectively:

Consider the following sequence of reactions overset(H^(+)//Delta)rarr (X)overset(1.0_(3))underset(2.Zn//CH_(3)COOH)rarr (Y) overset(NaOH)underset(Delta)rarr The intermediate products (X) and (Y) are respectively

Consider the following sequence of reactions overset(H^(+)//Delta)rarr (X)overset(1.0_(3))underset(2.Zn//CH_(3)COOH)rarr (Y) overset(NaOH)underset(Delta)rarr The intermediate products (X) and (Y) are respectively

overset(Hbr)rarr (X) overset(Nal)underset("acetone")rarr(Y) (Major), Product (Y) is :

SiCl_4 overset (H_2O) (rarr) (X) overset (heat) (rarr)(Y) In the above reaction (X) and (Y) respectively are :

uarr Y(g)overset(KI)(larr)CuSO_(4)overset(dilH_(2)SO_(4))(rarr)X( Bluecolour ),X and Y are

Borax is coverted into crystalline boron by the following steps Borax overset(" X ")rarr H_(3)BO_(3)overset(" Y ")underset(Deltas)rarr B . X and Y are respectively

CH_3CH_2 COOH overset(Cl_2//Fe)rarr (X) overset(Alc.) underset(KOH)rarr (Y) Compound (Y) is :

CH_3CH_2 COOH overset(Cl_2//Fe)rarr (X) overset(Alc.) underset(KOH)rarr (Y) Compound (Y) is :

i. SiCl_4 overset (H_2O) (rarr) (X) overset (100^@C) (rarr)(Y) In the above reaction (X) and (Y) respectively are :