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For the following reaction, state the order with respect to the reactant and the overall order. 2NO⁢𝐴2⁢𝐴(g)2NO⁢𝐴(g)+O⁢𝐴2⁢𝐴(g) Rate = k[NO2]2 - Chemistry (Theory)

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Question

For the following reaction, state the order with respect to the reactant and the overall order.

\[\ce{2NO2_{(g)} -> 2NO_{(g)} + O2_{(g)}}\] Rate = k[NO2]2

Numerical
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Solution

For the reaction

\[\ce{2NO2_{(g)} -> 2NO_{(g)} + O2_{(g)}}\]

and the given rate law

Rate = k[NO2]2

Order with respect to the reactant NO2:

The exponent of [NO2] in the rate law is 2

Therefore, the order with respect to NO2 = 2

Overall order of the reaction:

Since NO2 is the only reactant in the rate law, and its exponent is 2,

The overall order of the reaction = 2

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