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Exercise 1: Acid-base reaction In two different beakers, hydrochloric acid HCI / strong acid (H"; CI') is reacted with potassium hydroxide KOH / strong base (K'; OH). 1- Write the balance net ionic equation of the reaction taking place. 2- The table below represents the initial chemical composition of the beaker A Initial Chemical Composition 30 ml of the HCI solution of Ca = 10-2 mol /L Beakers A %3! with 50 ml of the KOH solution of concentration Cb 10-2 mol /L 2.1- Determine whether the initial mixture of reactants in beaker A is stoichiometric or not. 2.2- Specify the pH of the resulting solution in beaker A.

Exercise 1: Acid-base reaction In two different beakers, hydrochloric acid HCI / strong acid (H"; CI') is reacted with potassium hydroxide KOH / strong base (K'; OH). 1- Write the balance net ionic equation of the reaction taking place. 2- The table below represents the initial chemical composition of the beaker A Initial Chemical Composition 30 ml of the HCI solution of Ca = 10-2 mol /L Beakers A %3! with 50 ml of the KOH solution of concentration Cb 10-2 mol /L 2.1- Determine whether the initial mixture of reactants in beaker A is stoichiometric or not. 2.2- Specify the pH of the resulting solution in beaker A.

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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Exercise 1: Acid-base reaction In two different beakers, hydrochloric acid HCI / strong acid (H"; CI') is reacted with potassium hydroxide KOH / strong base (K; OH'). 1- Write the balance net ionic equation of the reaction taking place. 2- The table below represents the initial chemical composition of the beaker A Beakers Initial Chemical Composition 30 ml of the HCI solution of Ca = 10-2 mol /L with 50 ml of the KOH solution of concentration Cb = 10-2 mol /L A 2.1- Determine whether the initial mixture of reactants in beaker A is stoichiometric or not. 2.2- Specify the pH of the resulting solution in beaker A. Calculate n (OH') remaining at the end of the reaction of beaker A. Deduce [OH-] remaining at the end of the reaction. Calculate the pH of the solution at the end of the reaction in beaker A. 2.3- 2.4- Given: Kw = 1014
Transcribed Image Text:Exercise 1: Acid-base reaction In two different beakers, hydrochloric acid HCI / strong acid (H"; CI') is reacted with potassium hydroxide KOH / strong base (K; OH'). 1- Write the balance net ionic equation of the reaction taking place. 2- The table below represents the initial chemical composition of the beaker A Beakers Initial Chemical Composition 30 ml of the HCI solution of Ca = 10-2 mol /L with 50 ml of the KOH solution of concentration Cb = 10-2 mol /L A 2.1- Determine whether the initial mixture of reactants in beaker A is stoichiometric or not. 2.2- Specify the pH of the resulting solution in beaker A. Calculate n (OH') remaining at the end of the reaction of beaker A. Deduce [OH-] remaining at the end of the reaction. Calculate the pH of the solution at the end of the reaction in beaker A. 2.3- 2.4- Given: Kw = 1014
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