In the half reaction :
`2ClO_(3)^(-)rarrCl_(2)`

When the reaction: CL^(-)+ClO_(3)^(-)rarrCl_(2)+H_(2)O is balanced in acid solution what is the ratio of Cl^(-) to ClO_(3)^(-) ?

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

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

If E_(CIO_(3)^(-)//ClO_(4)^(-))^(@) = -0.36V and E_(ClO_(3)^(-)//ClO_(2)^(-))^(@)= 0.33V at 300 K . Find the equilibrium constant for the following reaction . 2ClO_(3)^(-)to ClO_(2)^(-)_ClO_(4)^(-)

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

The reaction of O_(3) with chlorine atom is given as : O_(3)(g)+Cl(g)rarrO_(2)(g)+ClO(g),k_(1)=5.2xx10^(9)L"mol"^(-1)sec^(-1) ClO(g)+O(g)rarrCl(g)+O_(2)(g),k_(2)=2.6xx10^(10)L"mol"^(-1)sec^(-1) Which of theses values is closest to the rate constant of the overall reaction ? O_(3)(g)O(g)rarr2O_(2)(g)

The reaction of O_(3) with chlorine atom is given as : O_(3)(g)+Cl(g)rarrO_(2)(g)+ClO(g),k_(1)=5.2xx10^(9)L"mol"^(-1)sec^(-1) ClO(g)+O(g)rarrCl(g)+O_(2)(g),k_(2)=2.6xx10^(10)L"mol"^(-1)sec^(-1) Which of theses values is closest to the rate constant of the overall reaction ? O_(3)(g)+O(g)rarr2O_(2)(g)