For the reaction , the rate expression is, rate = K [H2][Br2]1/2 which statement is true about this reaction

Rate=H2Br212Sum of the powers in the rate law =

For the reaction , the rate expression is, rate = K [H2][Br2]1/2 which statement is true about this reaction

Rate=H2Br212Sum of the powers in the rate law =

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For the reaction
$\large {H_2} + B{r_2}\, \to \,2HBr$
, the rate expression is, rate = K [H₂][Br₂]^1/2 which statement is true about this reaction

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Order of the reaction is 3/2

The reaction is of second order

The unit of K is sec^-1

Molecularity of the reaction is 2

answer is B.

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$Rate = [H_{2}] {[{Br}_{2}]}^{\frac{1}{2}}$

Sum of the powers in the rate law =

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For the reaction , the rate expression is, rate = K [H2][Br2]1/2 which statement is true about this reaction

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For the reaction
$\large {H_2} + B{r_2}\, \to \,2HBr$
, the rate expression is, rate = K [H₂][Br₂]^1/2 which statement is true about this reaction