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

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...

See similar textbooks

Similar questions

CH4+2O2->CO2+2H2O C3H8+5O2->3CO2+4H2O how can I know betwen the TWO equation, Which procedure is likely to have a higher % yield thanks very much,
Give good solution ASAP Thanks
givin the answer for 1 & 2 below, provide an answer for 3: Write the balanced equation for this experiment by adding these two equations. (Note that Br2 is generated in the redox equation and consumed in the final step, thus it is considered to be a reaction intermediate and should not appear in the net equation – you will need to scale one or more of the equations before the equations are combined.)
What about Part C? Additionally for part B I'm not really getting the bottom of the 2nd page where have the Chemical Reaction written. Wouldn't it be better to set9.15 + log((7.5mM - 1.25mM)/17.5)? So don't need to know equation?
find theoretical yield of 102 mg of 4-tert-butylhexane equation is C10H18O please show work. table with info attached
1.) Use the line of best ! Tables: Data Port 1. Synthesis of Asprin \table[[Mass of galicylic Acid used 2.024gt to calculate the concentration of the salicylic Acid in your asprin saple solution (in 50.0 ml volumettic flask) 2.) Use M1V1 = M2V2 to determine the concentration of salicylic acid in your 100.0 mL solution before dilutuon to 50.0mL for analysis. 3.) Determine the mass of salicylic acid present in the 4g sample of synthesized asprin tht was dissolved in the 100.0ml, volumetric flask 4.) Determine the percent of salicylic acid and percent asprin in the 4g sample of synthesized asprin7 5.) Calculate the theoretical yelld of asprin for your synthesis reaction. Assume that the salicylic acid used in the salicylic used in the synthesis reaction is the limiting reactant. 6. Determine the percent yild of the asprin for your synthesis. For the 1st cacization i got 1.340x10^-4 M C7H603 For the 2nd calculation i got M167x10^-5 Please check my calculations and explain the remaining
You begin the reaction with 6.5 mL of t-butyl alcohol (density= 0.775 grams/mL) and 15 mL of concentrated HCl (1.189 grams/mL, 38% HCl) in a distillation flask. Calculate the limiting reagent and the theroretical yield of the product (t-butyl chloride) for this reaction. (Hint:Your starting amount of HCl is 38% of the starting smount).