he concentration of a H3AsO3 solution is determined by titrating it with a 0.1956 M solution of Ce4+. The balanced net ionic equation for the reaction is shown below. 2 Ce4+(aq) + H3AsO3(aq)+5 H2O(l)2 Ce3+(aq) + H3AsO4(aq)+2 H3O+(aq) In one experiment, 21.72 mL of the 0.1956 M Ce4+ solution is required to react completely with 30.00 mL of the H3AsO3 solution. Calculate the concentration of the H3AsO3 solution.
he concentration of a H3AsO3 solution is determined by titrating it with a 0.1956 M solution of Ce4+. The balanced net ionic equation for the reaction is shown below. 2 Ce4+(aq) + H3AsO3(aq)+5 H2O(l)2 Ce3+(aq) + H3AsO4(aq)+2 H3O+(aq) In one experiment, 21.72 mL of the 0.1956 M Ce4+ solution is required to react completely with 30.00 mL of the H3AsO3 solution. Calculate the concentration of the H3AsO3 solution.
Chemistry: Principles and Practice
3rd Edition
ISBN:9780534420123
Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Chapter4: Chemical Reactions In Solution
Section: Chapter Questions
Problem 4.21QE
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The concentration of a H3AsO3 solution is determined by titrating it with a 0.1956 M solution of Ce4+. The balanced net ionic equation for the reaction is shown below.
2
Ce4+(aq)
- +
H3AsO3(aq)+5
H2O(l)2
Ce3+(aq)
- +
H3AsO4(aq)+2
H3O+(aq)
In one experiment, 21.72 mL of the 0.1956 M Ce4+ solution is required to react completely with 30.00 mL of the H3AsO3 solution. Calculate the concentration of the H3AsO3 solution.
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