For a multistep reaction, the rate of the reaction is primarily determined by the style="color:rgb(45,59,69);background-color:transparent;"> A. ratio of reactant and product concentrations. B. ∆H for the reaction C. stoichiometric coefficients of the net reaction. D. the step with the most molecules reacting together. E. slowest step of the sequence.

For a multistep reaction, the rate of the reaction is primarily determined by the

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A. ratio of reactant and product concentrations.

B. ∆H for the reaction

C. stoichiometric coefficients of the net reaction.

D. the step with the most molecules reacting together.

E. slowest step of the sequence.