(i)(r)+(p)to NaClO_2 + O_2 (ii)IO_3^(-) + I^(-) overset(H^+)to (q) (iii)Acidic solution of ClO_2^(-) to (s) + (r) (disproportionation reaction ) (p)used as air purifier and CO_2 absorber (q) estimated by hypo and it forms violet colour vapour (it self) (r)is yellow colour gas (s) gives chromylchloride test. which option is correct .

(i)(r)+(p)to NaClO_2 + O_2 (ii)IO_3^(-) + I^(-) overset(H^+)to (q) (

1.	(i)(r)+(p)to NaClO_2 + O_2 (ii)IO_3^(-) + I^(-) overset(H^+)to (q) (iii)Acidic solution of ClO_2^(-) to (s) + (r) (disproportionation reaction ) (p)used as air purifier and CO_2 absorber (q) estimated by hypo and it forms violet colour vapour (it self) (r)is yellow colour gas (s) gives chromylchloride test. which option is correct .
Answer» (p)=`Na_2O_2 , (Q) =l_2` `(q)=I_2 O_5 , (R)=Cl^-` `(p)=Na_2O, (r) =Cl_2O` `(r)=Cl_2 , (s)=Cl_2 O_3` Solution :`ClO_2+Na_2O_2to NaClO_2+O_2` `IO_3^(-) + I^(-) to l_2 + H_2O` `underset((+3))(5ClO_2^(-))OVERSET(H^+)to underset((+4))(4ClO_4) + underset((-1))(Cl^-) + H_2O` `A=Na_2O_2 , B=I_2, C=ClO_2 , Cl^-`