Answer Happy

(12 minutes) This activity will help you sharpen your skills regarding the rate law and reaction orders. Consider the general reaction A --> Products. Data for two different initial concentrations of the reactant ([A]₁ and [A]2), to determine the rate law of the reaction using the method of initial rates are shown in the table below. rate = K[A]n Complete the Table below with the missing information based on the information provided in a given row. [A]₁ [A] 2 R1 R2 n k (based on R1) k (based on R2) (Blank 2) M-1 S-1 0.100 0.300 0.0530 0.473 (Blank 1) (Blank 3) M-1 S-1 (Blank 7) s-1 Average k (Blank 4) M-1 S-1 (Blank 8) S-1 0.30 0.60 0.016 0.032 (Blank 5) (Blank 6) s-¹ Note that [A]₁ is the initial concentration of reactant in experiment 1. [A]2 is the initial concentration of reactant in experiment 2. R1 is the initial rate measured using [A]₁ R2 is the initial rate measured using [A] 2 n is the order of the reaction to be entered rounded to a whole number (0, 1, 2, etc.) or as the ratio of smallest whole numbers in the case of fractional rate orders (1/2, 3/4, etc.). k is the rate constant determined using either R1 or R2. Average k is the average of the rates constants determined using R1 and R2.