" In the reaction "Cl_(2)+OH^(-)rarr Cl^(-)+ClO_(3)^(-)+H_(2)O

In the reaction : Cl_2 + OH^(-) rarr Cl^(-) +ClO_(4)^(-) +H_(2)O chlorine is :

In the reaction :Cl_(2)+OH^(-)rarrCl^(-)+ClO_(4)^(-)+H_(2)O :-

In the reaction :Cl_(2)+OH^(-)rarrCl^(-)+ClO_(4)^(-)+H_(2)O :-

In the reaction, Cl_(2)+OH^(-)rarrCl^(-)+ClO_(4)^(-1)+H_(2)O , chlorine is:

In the reaction xCl_2 + yOH^(-) rarr Cl^(-) + ClO_3^(-) .

In the reaction : Cl_2+2OH^(-) rarr OCl^(-) +Cl^(-) +H_2O

STATEMENT-1: In the reaction : Cl_(2)+ OH^(-) to Cl^(-) + ClO_(4)^(-) chlorine is oxidised only STATEMENT-2: Oxidation and reduction cannot take place alone.

STATEMENT-1: In the reaction : Cl_(2)+ OH^(-) to Cl^(-) + ClO_(4)^(-) chlorine is oxidised only STATEMENT-2: Oxidation and reduction cannot take place alone.

Balance Cl_2+OH^(-)rarrCl^(-)+ClO_3^(-)+H_2O

Balance the equations Cl_2 + OH^(-) to Cl^(-) + ClO_3^(-) + H_2O