In the reaction A + B C, doubling the concentration of A doubles the reaction rate and doubling the concentration of B doubles the reaction rate. Which statement best describes this reaction? It is a second-order reaction in A and a second-order reaction in B. It is a first-order reaction in A and a second-order reaction in B. It is a first-order reaction in A and a first-order reaction in B. It is a second-order reaction in A and a first-order reaction in B. It is a zero-order reaction with respect to both reactants.

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Chemistry

Tigger

9 October, 04:18

In the reaction A + B C, doubling the concentration of A doubles the reaction rate and doubling the concentration of B doubles the reaction rate. Which statement best describes this reaction? It is a second-order reaction in A and a second-order reaction in B. It is a first-order reaction in A and a second-order reaction in B. It is a first-order reaction in A and a first-order reaction in B. It is a second-order reaction in A and a first-order reaction in B. It is a zero-order reaction with respect to both reactants.

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Giovanny Williams · Answer 1

Hello there.

In the reaction A + B C, doubling the concentration of A doubles the reaction rate and doubling the concentration of B doubles the reaction rate. Which statement best describes this reaction?

B. It is a zero-order reaction with respect to both reactants