The quantity k in a rate law expression

is independent of concentration

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is called the Arrhenius constant

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is dimensionless

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is independent of the temperature

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Solution

The correct option is A
is independent of concentration

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Similar questions

Q. For a reaction pA + qB

\to

Products, the rate law expression is r = k[A]

[B]^{m}

, Then:

Q. The rate law for a reaction,

A + B \to C + D

is given by the expression

k [A]

. The rate of reaction will be:

Q. Rate law expression of a reaction is:
Rate

= k {[A]}^{2 / 3} [B]

Which of the following are correct about the corresponding reaction?

Q. For a reaction

p A + q B \to product

, the rate law expression is

r = k [A]^{l} [B]^{m}

, then:

The chemical reaction $2 O_{3} \to 3 O_{2}$ involves two elementary steps :
$O_{3} f a s t - - \to O_{2} + O; O + O_{3} S l o w - -- \to 2 O_{2}$
The differential rate law expression will be :

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The quantity k in a rate law expression

The correct option is A is independent of concentration

The correct option is A
is independent of concentration