In the sequence of reaction- L k1-M k2-N k3- O k3 - k2 - k1The rate determining step of the reaction is -

The correct option is A L → M #10; #10;The rate determining step of the reaction is #160; that step which occurs slowly. It depends on equilibrium ...

160

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Byju's Answer

Standard XII

Chemistry

Rate Constant

In the sequen...

Question

In the sequence of reaction, $L_{1} M_{2} N_{3} O$
$k_{3} > k_{2} > k_{1}$
The rate determining step of the reaction is :

L \to M

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M \to N

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N \to O

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L \to O

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Solution

The correct option is A $L \to M$

The rate determining step of the reaction is that step which occurs slowly. It depends on equilibrium position. As the equilibrium position is less it occurs slowly.
Hence option A is correct.

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Similar questions

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A_{1} B_{2} C_{3} D, k_{3} > k_{2} > k_{1}

then the rate determining step of the reaction is:

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_ l m n o k _ m n o k l _ n o k l m _ o

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1 △

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In the sequence of reaction, Lk1→Mk2→Nk3→Ok3>k2>k1The rate determining step of the reaction is :

The correct option is A L→M The rate determining step of the reaction is that step which occurs slowly. It depends on equilibrium position. As the equilibrium position is less it occurs slowly.Hence option A is correct.

In the sequence of reaction, $L_{1} M_{2} N_{3} O$
$k_{3} > k_{2} > k_{1}$
The rate determining step of the reaction is :

The correct option is A $L \to M$

The rate determining step of the reaction is that step which occurs slowly. It depends on equilibrium position. As the equilibrium position is less it occurs slowly.
Hence option A is correct.