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1. To complete the following table: a. Determine the initial concentrations (molarity) of S2032 and H* using the equation below. (Note: these values will be exactly the same for your experimental data.) ture 1 -234 5 Mstock Vstock -Minital Vtotal The Mstock and Vstock for each reagent are given in problem 1 (for example, for $2032-, the Mstock is 0.10 M and Vstock is 0.5 mL for mixture 1). The total volume is 0.6 ml. for each mixture. b. Calculate the relative rate of the reaction using the equation (note: these rates may differ slightly from the data collected during your experiment) Average Reaction t Time, s (S) 53.5 64.5 89.5 64.5 175 Relative reaction rate, s-1 0155 0112 0155 0057 0.0187 relative rate= 1 Reactant Concentration, S203²- (M) 0.0833 Reactant Concentration, H (M) 0.167

1. To complete the following table: a. Determine the initial concentrations (molarity) of S2032 and H* using the equation below. (Note: these values will be exactly the same for your experimental data.) ture 1 -234 5 Mstock Vstock -Minital Vtotal The Mstock and Vstock for each reagent are given in problem 1 (for example, for $2032-, the Mstock is 0.10 M and Vstock is 0.5 mL for mixture 1). The total volume is 0.6 ml. for each mixture. b. Calculate the relative rate of the reaction using the equation (note: these rates may differ slightly from the data collected during your experiment) Average Reaction t Time, s (S) 53.5 64.5 89.5 64.5 175 Relative reaction rate, s-1 0155 0112 0155 0057 0.0187 relative rate= 1 Reactant Concentration, S203²- (M) 0.0833 Reactant Concentration, H (M) 0.167

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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1. To complete the following table: a. Determine the initial concentrations (molarity) of S2032 and H* using the equation below. (Note: these values will be exactly the same for your experimental data.) xture 1 -234 5 Mstock Vstock -Minital Vtotal The Mstock and Vstock for each reagent are given in problem 1 (for example, for $2032-, the Mstock is 0.10 M and Vstock is 0.5 mL for mixture 1). The total volume is 0.6 ml. for each mixture. b. Calculate the relative rate of the reaction using the equation (note: these rates may differ slightly from the data collected during your experiment) Average Reaction Time, s (S) 53.5 64.5 89.5 64.5 175 Relative reaction rate, s-1 0155 0112 0155 0057 0.0187 relative rate= 1 Reactant Concentration, $203²- (M) 0.0833 Reactant Concentration, H (M) 0.167
Transcribed Image Text:1. To complete the following table: a. Determine the initial concentrations (molarity) of S2032 and H* using the equation below. (Note: these values will be exactly the same for your experimental data.) xture 1 -234 5 Mstock Vstock -Minital Vtotal The Mstock and Vstock for each reagent are given in problem 1 (for example, for $2032-, the Mstock is 0.10 M and Vstock is 0.5 mL for mixture 1). The total volume is 0.6 ml. for each mixture. b. Calculate the relative rate of the reaction using the equation (note: these rates may differ slightly from the data collected during your experiment) Average Reaction Time, s (S) 53.5 64.5 89.5 64.5 175 Relative reaction rate, s-1 0155 0112 0155 0057 0.0187 relative rate= 1 Reactant Concentration, $203²- (M) 0.0833 Reactant Concentration, H (M) 0.167
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