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

Question

Quizplus · Accepted Answer

In pseudofirst-order kinetics, the concentration of one of the reactants is so large that it remains essentially constant throughout the reaction. Therefore, the reaction rate depends only on the concentration of the other reactant, making it appear as if it is a first-order reaction. Therefore, the correct option is (B) the concentration of one of the reactants does not change.

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

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