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PLEASE GO THROUGH AND HELP ME.  -the concentration of standard sodium thiosulphate solution is 0.01152 M.  -the temperature of the equilibrium mixture in degree Celsius is 20oC. In Determination #1: Volume of thiosulphate = 32.50 mL Volume of Aqueous aliquot = 10.15 mL Strength of Thiosulphate = 0.01152 M In Determination #2: Volume of thiosulphate = 32.50 mL Volume of Aqueous aliquot = 10.23 mL Strength of Thiosulphate = 0.01152 M In Determination #3:

PLEASE GO THROUGH AND HELP ME.  -the concentration of standard sodium thiosulphate solution is 0.01152 M.  -the temperature of the equilibrium mixture in degree Celsius is 20oC. In Determination #1: Volume of thiosulphate = 32.50 mL Volume of Aqueous aliquot = 10.15 mL Strength of Thiosulphate = 0.01152 M In Determination #2: Volume of thiosulphate = 32.50 mL Volume of Aqueous aliquot = 10.23 mL Strength of Thiosulphate = 0.01152 M In Determination #3:

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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PLEASE GO THROUGH AND HELP ME. 

-the concentration of standard sodium thiosulphate solution is 0.01152 M.

 -the temperature of the equilibrium mixture in degree Celsius is 20oC.

In Determination #1:

Volume of thiosulphate = 32.50 mL

Volume of Aqueous aliquot = 10.15 mL

Strength of Thiosulphate = 0.01152 M

In Determination #2:

Volume of thiosulphate = 32.50 mL

Volume of Aqueous aliquot = 10.23 mL

Strength of Thiosulphate = 0.01152 M

In Determination #3:

Volume of thiosulphate = 32.67 mL

Volume of Aqueous aliquot = 10.31 mL

Strength of Thiosulphate = 0.01152 M

 

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Part 1 - Titration of the Aqueous Layer Question 3 A student performed three aqueous layer titrations in Part 1 and they reported the following measurements: Determination #1 Determination #2 Determination #3 Final Burette 13.16 mL 33.31 mL 43.62 mL Reading Initial Burette 3.01 mL 23.08 mL 33.31 mL Reading Volume of Aqueous Aliquot 10.15 mL 10.23 mL 10.31 mL Final Burette 32.79 mL 33.25 mL 33.01 mL Reading Initial Burette 0.29 mL 0.75 mL 0.34 mL Reading Volume of Sodium 32.50 mL 32.50 mL 32.67 mL Thiosulfate Which determinations were the student's 'best two'? Calculate the percent difference for the 'best two' and show the complete calculation. Note that the concentration of standard sodium thiosulfate, which the student used, is unknown.
Transcribed Image Text:Part 1 - Titration of the Aqueous Layer Question 3 A student performed three aqueous layer titrations in Part 1 and they reported the following measurements: Determination #1 Determination #2 Determination #3 Final Burette 13.16 mL 33.31 mL 43.62 mL Reading Initial Burette 3.01 mL 23.08 mL 33.31 mL Reading Volume of Aqueous Aliquot 10.15 mL 10.23 mL 10.31 mL Final Burette 32.79 mL 33.25 mL 33.01 mL Reading Initial Burette 0.29 mL 0.75 mL 0.34 mL Reading Volume of Sodium 32.50 mL 32.50 mL 32.67 mL Thiosulfate Which determinations were the student's 'best two'? Calculate the percent difference for the 'best two' and show the complete calculation. Note that the concentration of standard sodium thiosulfate, which the student used, is unknown.
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