For the reactions `:` `4KClO _(3) rarr 3KClO_(4)+KCl` if `" "-(d[KClO_(3)])/(dt)=k_(1)[KClO_(3)]^(4)` `(d[KClO_(4)])/(dt)=k_(2)[KClO_(3)]^(4)` `(d[KCl])/(dt)=k_(3)[KClO_(3)]^(4)` the correct relation between `k_(1),k_(2) & k_(3)` is `:`A. `k_(1)=k_(2)=k_(3)`B. `4k_(1)=3k_(2)=k_(3)`C. `3k_(1)=4k_(2)=12k_(3)`D. none of these

For the reactions `:` `4KClO _(3) rarr 3KClO_(4)+KCl` if `" "-(d[KClO_

1.	For the reactions `:` `4KClO _(3) rarr 3KClO_(4)+KCl` if `" "-(d[KClO_(3)])/(dt)=k_(1)[KClO_(3)]^(4)` `(d[KClO_(4)])/(dt)=k_(2)[KClO_(3)]^(4)` `(d[KCl])/(dt)=k_(3)[KClO_(3)]^(4)` the correct relation between `k_(1),k_(2) & k_(3)` is `:`A. `k_(1)=k_(2)=k_(3)`B. `4k_(1)=3k_(2)=k_(3)`C. `3k_(1)=4k_(2)=12k_(3)`D. none of these
Answer» Correct Answer - C Rate `=-(1)/(4)(d[KClO_(3)])/(dt)=(1)/(3)(d[KClO_(4)])/(dt)=(d[KCl])/(dt)` or `(k_(1))/(4)[KClO_(3)]^(4)=k_(2)/3[KClO_(4)]^(4)=k_(3)[KClO_(4)]^(4)` or `3k_(1)=4k_(2)=12k_(3)`

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