Classify the substance as a weak acid, weak base, strong acid, or strong base 1. 2. Based on your classification, predict the approximate pH of a solution containing the substance. 3. Based on your classification, predict the result of a conductivity test for a solution containing the substance. 1. Indicate whether the substance is a monoprotic acid, polyprotic acid, monoprotic base, or polyprotic base. 5. Write the balanced chemical equation(s) to show all ionization or dissociation reactions that occur when the substance is in aqueous solution. dium oxalate, Na₂OOCCOO(aq), is a white odourless powder that is toxic to humans. nt: First write the dissociation equation for Na2OOCCOO(aq).)

Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter14: Acids And Bases
Section: Chapter Questions
Problem 104QRT
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2.
1. Classify the substance as a weak acid, weak base, strong acid, or strong base
Based on your classification, predict the approximate pH of a solution containing
the substance.
3.
Based on your classification, predict the result of a conductivity test for a solution
containing the substance.
4.
Indicate whether the substance is a monoprotic acid, polyprotic acid, monoprotic
base, or polyprotic base.
5.
Write the balanced chemical equation(s) to show all ionization or dissociation
reactions that occur when the substance is in aqueous solution.
Sodium oxalate, Na₂OOCCOO(aq), is a white odourless powder that is toxic to humans.
(Hint: First write the dissociation equation for Na₂OOCCOO(aq).)
1.
2.
3.
4.
5.
Transcribed Image Text:2. 1. Classify the substance as a weak acid, weak base, strong acid, or strong base Based on your classification, predict the approximate pH of a solution containing the substance. 3. Based on your classification, predict the result of a conductivity test for a solution containing the substance. 4. Indicate whether the substance is a monoprotic acid, polyprotic acid, monoprotic base, or polyprotic base. 5. Write the balanced chemical equation(s) to show all ionization or dissociation reactions that occur when the substance is in aqueous solution. Sodium oxalate, Na₂OOCCOO(aq), is a white odourless powder that is toxic to humans. (Hint: First write the dissociation equation for Na₂OOCCOO(aq).) 1. 2. 3. 4. 5.
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