For a reaction I-OCl- - IO- -Cl- in an aqueous medium- the rate of the reaction is given by d-IO-dt - K-I-OCl-OH- The overall order of the reaction is-

The correct option is B 1The expression for the rate of the reaction is d[IO^ ]dt = K[I^ ][OCl^ ][OH^ ] .The order with respect to I^ , OCl^ and ...

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Types of Redox Reactions

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Question

For a reaction $I^{-} + O C l^{-} \to I O^{-} + C l^{-}$ , in an aqueous medium, the rate of the reaction is given by $\frac{d [I O^{-}]}{d t} = K \frac{[I^{-}] [O C l^{-}]}{[O H^{-}]}$ . The overall order of the reaction is:

-1

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I^{-} + O {C l}^{-} ⟶ I O^{-} + {C l}^{-}

\frac{d [I O^{-}]}{d t} = k \frac{[I^{-}] [O {C l}^{-}]}{[O H^{-}]}

I^{-} + O C l^{-} \to I O^{-} + C l^{-}

\frac{d [I O^{-}]}{d t} = k \frac{[I^{-}] [O C l^{-}]}{[O H^{-}]}

O C l^{+} + l^{-} {O H}^{-} - -- \to O l^{-} + C l^{-}

r = k [O C l^{-}] [I^{-}] [O H^{-}]^{- 1}

O H^{-}

For the chemical reaction $l^{⊖} + O C l^{⊖} \to C l^{⊖} + O I^{⊖}$

$R a t e = \frac{k [O C l^{⊖}] [l^{⊖}]}{[O H]^{⊖}}$ The order and molecularity of the reaction is:

I^{-} (a q) + O C l^{-} \to I O^{-} (a q) + C l^{-} (a q)

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