A titration experiment between barium oxalate and HCl was done, with HCl as the titrant. The barium oxalate was prepared by dissolving the solid in 100 mL water, once it was saturated, a 10.0 mL aliqout was drawn. The amount of HCl used to reach the endpoint was 10.70 mL of 0.000560 M HCl. Considering their stoichiometry (2 moles of HCl react for every mole of dissolved oxalate), determine the amount of dissolved oxalate in the flask (in mol/L).
A titration experiment between barium oxalate and HCl was done, with HCl as the titrant. The barium oxalate was prepared by dissolving the solid in 100 mL water, once it was saturated, a 10.0 mL aliqout was drawn. The amount of HCl used to reach the endpoint was 10.70 mL of 0.000560 M HCl. Considering their stoichiometry (2 moles of HCl react for every mole of dissolved oxalate), determine the amount of dissolved oxalate in the flask (in mol/L).
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
Chapter14: Chemical Equilibrium
Section: Chapter Questions
Problem 14.98QE
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A titration experiment between barium oxalate and HCl was done, with HCl as the titrant. The barium oxalate was prepared by dissolving the solid in 100 mL water, once it was saturated, a 10.0 mL aliqout was drawn. The amount of HCl used to reach the endpoint was 10.70 mL of 0.000560 M HCl. Considering their stoichiometry (2 moles of HCl react for every mole of dissolved oxalate), determine the amount of dissolved oxalate in the flask (in mol/L).
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