The second-order reaction A $\rightarrow$ B $\rightarrow$ C will obey pseudo-first-order kinetics when

Question

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A second-order reaction can be approximated as a pseudo-first-order reaction if the concentration of one of the reactants remains constant throughout the reaction. This is because the rate of reaction can then be described in terms of the change in concentration of the other reactant only, mimicking first-order kinetics.

The Second-Order Reaction A →\rightarrow→ B →\rightarrow→ C Will Obey Pseudo-First-Order Kinetics When A)the Concentrations of a Pseudo-First-Order

The Second-Order Reaction A $\rightarrow$ B $\rightarrow$ C Will Obey Pseudo-First-Order Kinetics When
A)the Concentrations of a Pseudo-First-Order