1. Arrange the following liquids in order of increasing acidity. Wine, cow's milk, tomato juice, sea water, beer, lemon juice, drinking water, vinegar 2. Based on the auto-ionization of water, draw a graph showing the relationship of [OH-] and [H+]. Explain the relationship. 3. 5.00 g NaOH and 5.00 g Ba(OH)2 were used to prepare 1L solution each. Which solution will be more basic? (MM NaOH=40, Ba(OH)2=171.3) 4. 4.00 g KOH was added to the less basic solution in number 3. What will be the resulting pH of the solution? (MM KOH-56) a. You decide to test the pH of your brand-new swimming pool. The instruction manual advises to keep it between 7.2-7.6. Shockingly, you found out that the pH of your pool is 8.3! What kind of chemical should you add?
1. Arrange the following liquids in order of increasing acidity. Wine, cow's milk, tomato juice, sea water, beer, lemon juice, drinking water, vinegar 2. Based on the auto-ionization of water, draw a graph showing the relationship of [OH-] and [H+]. Explain the relationship. 3. 5.00 g NaOH and 5.00 g Ba(OH)2 were used to prepare 1L solution each. Which solution will be more basic? (MM NaOH=40, Ba(OH)2=171.3) 4. 4.00 g KOH was added to the less basic solution in number 3. What will be the resulting pH of the solution? (MM KOH-56) a. You decide to test the pH of your brand-new swimming pool. The instruction manual advises to keep it between 7.2-7.6. Shockingly, you found out that the pH of your pool is 8.3! What kind of chemical should you add?
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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Question
![1. Arrange the following liquids in order of increasing acidity.
Wine, cow's milk, tomato juice, sea water, beer, lemon juice, drinking water, vinegar
2. Based on the auto-ionization of water, draw a graph showing the relationship of [OH-] and [H+].
Explain the relationship.
3. 5.00 g NaOH and 5.00 g Ba(OH)2 were used to prepare 1L solution each. Which solution will
be more basic? (MM NAOH=40, Ba(OH)2=171.3)
4. 4.00 g KOH was added to the less basic solution in number 3. What will be the resulting pH of
the solution? (MM KOH=56)
a. You decide to test the pH of your brand-new swimming pool. The instruction manual advises to
keep it between 7.2-7.6. Shockingly, you found out that the pH of your pool is 8.3! What kind of
chemical should you add?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8a3f3162-6cda-47e6-a5a2-4971fb19c6b0%2F81f8f206-f326-417c-94b4-cc9b2a90336b%2Flh1qnme_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. Arrange the following liquids in order of increasing acidity.
Wine, cow's milk, tomato juice, sea water, beer, lemon juice, drinking water, vinegar
2. Based on the auto-ionization of water, draw a graph showing the relationship of [OH-] and [H+].
Explain the relationship.
3. 5.00 g NaOH and 5.00 g Ba(OH)2 were used to prepare 1L solution each. Which solution will
be more basic? (MM NAOH=40, Ba(OH)2=171.3)
4. 4.00 g KOH was added to the less basic solution in number 3. What will be the resulting pH of
the solution? (MM KOH=56)
a. You decide to test the pH of your brand-new swimming pool. The instruction manual advises to
keep it between 7.2-7.6. Shockingly, you found out that the pH of your pool is 8.3! What kind of
chemical should you add?
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