A student used a standard silver nitrate solution (0.1050 M) and standard potassium thiocyanate solution (0.0523 M) to determine the chloride content in a sample. The results were recorded as follows: Weight of unknown sample used (g) 0.1224 Volume of silver nitrate solution used (mL) 25.00 Initial volume of potassium thiocyanate (mL) 2.35 Final volume of potassium thiocyanate (mL) 8.50 Calculate the percentage by weight of chloride in the sample. (Given relative atomic mass Cl = 35.45)
A student used a standard silver nitrate solution (0.1050 M) and standard potassium thiocyanate solution (0.0523 M) to determine the chloride content in a sample. The results were recorded as follows: Weight of unknown sample used (g) 0.1224 Volume of silver nitrate solution used (mL) 25.00 Initial volume of potassium thiocyanate (mL) 2.35 Final volume of potassium thiocyanate (mL) 8.50 Calculate the percentage by weight of chloride in the sample. (Given relative atomic mass Cl = 35.45)
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter16: Solutions
Section: Chapter Questions
Problem 39E
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- A student used a standard silver nitrate solution (0.1050 M) and standard potassium thiocyanate solution (0.0523 M) to determine the chloride content in a sample. The results were recorded as follows:
Weight of unknown sample used (g) |
0.1224 |
Volume of silver nitrate solution used (mL) |
25.00 |
Initial volume of potassium thiocyanate (mL) |
2.35 |
Final volume of potassium thiocyanate (mL) |
8.50 |
Calculate the percentage by weight of chloride in the sample.
(Given relative
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