5. Calculate the molarity of the diluted solution of H2SO4. Show clearly your method.6. Calculate the molarity of the stock solution of H2SO4If you want to know if the molarity of the solution of H2SO, is accurate, what information doyou require? Molarity of the standard solution of sodium hydroxide 0.1037 mol/LVolumes of NaOH(aq):RoughtitrationFirsttitrationSecondtitrationThirdtitrationFinal burette reading:mL)Initial burette reading:(mL)Velume of NaOII(aq)Titrated (added) (mL)18.5332.0221.6435.534.7818.557.8921.63FourthFinhtitrationtitrationFinal burette reading:(ml)Initial burette reading:(mL)Volume of NaOH(aq)Titrated (added) (ml)23.7837.3210.2723.801. When HaSO<(aq) was reacted with NAOH(aq) in the titration, why was a precipitate notformed?2. Why did the colour of the solution in the conical flask change at the end of the titration?3. In this acid-base titration, what did we use to measure the volume of the Ha$O.(aq)?4. What do we mean by stoichiometric point of a titration?

1. When H2SO<(aq) was reacted with NaOH(aq) in the titration, why was a precipitate not formed? 2. Why did the colour of the solution in the conical flask change at the end of the titration? 3. In this acid-base titration, what did we use to measure the volume of the H2SO«(aq)?

1. When H2SO<(aq) was reacted with NaOH(aq) in the titration, why was a precipitate not formed? 2. Why did the colour of the solution in the conical flask change at the end of the titration? 3. In this acid-base titration, what did we use to measure the volume of the H2SO«(aq)?

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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