Unit 7 Day 1
CONTENT OBJECTIVE:
I can define acids and bases using the Arrhenius and Bronsted-Lowry definitions, write names and formulas of acids and bases using the IUPAC system, and explain the strength of aqueous acids and bases in terms of the equilibrium constant, K.
I can define acids and bases using the Arrhenius and Bronsted-Lowry definitions, write names and formulas of acids and bases using the IUPAC system, and explain the strength of aqueous acids and bases in terms of the equilibrium constant, K.
TOTAL TIME
(29:49) Unit 7 Pages 1-3 Acid-Base Definitions NOTES VID NOT REQUIRED, BUT COMPLETE NOTES GUIDED PRACTICE Unit 7 Page 4-5
Acid and Base Nomenclature NOTES VID NOT REQUIRED, BUT COMPLETE NOTES Unit 7 Pages 9-10
Weak Acids and Bases NOTES Pages 9-10 (2:54) GUIDED PRACTICE |
HELPFUL LINKS:
Strength of Acids and Bases Simulation
Strength of Acids and Bases Simulation
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Unit 7 Day 2
CONTENT OBJECTIVE:
I can define the equilibrium constant of water, Kw, and perform calculations involving pH, pOH, Ka, Kb, and hydrogen or hydroxide ion concentrations.
I can define the equilibrium constant of water, Kw, and perform calculations involving pH, pOH, Ka, Kb, and hydrogen or hydroxide ion concentrations.
TOTAL TIME
(37:19) Unit 7 Pages 15-17 Self-Ionization and the Equilibrium Constant of Water, Kw NOTES Pages 15-17 (9:54) GUIDED PRACTICE Unit 7 Pages 18-20
pH Calculations of Strong Acid or Strong Base Solutions NOTES VID NOT REQUIRED, BUT COMPLETE NOTES GUIDED PRACTICE Unit 7 Pages 21-23
pH Calculations of Weak Acid or Weak Base Solutions NOTES Pages 21-23 (3:33) GUIDED PRACTICE |
TOTAL TIME
(37:19) Unit 7 Pages 15-17 Self-Ionization and the Equilibrium Constant of Water, Kw NOTES Pages 15-17 (9:54) GUIDED PRACTICE Unit 7 Pages 18-20
pH Calculations of Strong Acid or Strong Base Solutions NOTES Pages 18-20 (9:19) GUIDED PRACTICE Unit 7 Pages 21-23
pH Calculations of Weak Acid or Weak Base Solutions NOTES Pages 21-23 (3:33) GUIDED PRACTICE |
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Unit 7 Day 3
CONTENT OBJECTIVE:
I can describe how a salt forms during an acid-base neutralization reaction and explain how salts can affect the pH of a solution.
I can describe how a salt forms during an acid-base neutralization reaction and explain how salts can affect the pH of a solution.
HELPFUL LINKS:
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Unit 7 Day 4
CONTENT OBJECTIVE:
I can explain the concept of a buffer and explain how to prepare a buffer with a specific pH.
I can explain the concept of a buffer and explain how to prepare a buffer with a specific pH.
Unit 7 Pages 51-53
Calculating pH of a Buffer GUIDED PRACTICE VIDEOS NOT
REQUIRED |
Unit 7 Pages 51-53
Calculating pH of a Buffer GUIDED PRACTICE |
HELPFUL LINKS:
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Unit 7 Day 5
CONTENT OBJECTIVE:
I can explain how chemical equilibrium reasoning can be used to describe the proton-transfer reactions of acid base chemistry.
I can explain how chemical equilibrium reasoning can be used to describe the proton-transfer reactions of acid base chemistry.
TOTAL TIME
(13:39) Unit 7 Pages 69-70 FR Practice GUIDED PRACTICE |
TOTAL TIME
(13:39) Unit 7 Pages 69-70 FR Practice GUIDED PRACTICE |
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Unit 7 Day 6
CONTENT OBJECTIVES:
I can explain the purpose of titration and calculate the pH throughout a titration.
I can explain the purpose of titration and calculate the pH throughout a titration.
Unit 7 Pages 86-93
pH Calculations Along a Titration Curve NOTES VID NOT REQUIRED, BUT REVIEW NOTES |
Use the buttons below to submit data and work for the lab.
Identity of a Weak Monoprotic Acid |
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Unit 7 Day 7
CONTENT OBJECTIVES:
I can explain the behavior of polyprotic acids in solution and the role of indicators in acid-base chemistry.
I can explain the behavior of polyprotic acids in solution and the role of indicators in acid-base chemistry.
Unit 7 Day 8
CONTENT OBJECTIVES:
I can demonstrate mastery of unit objectives by correctly answering at least 80% of multiple choice and free response questions on a written assessment.
I can demonstrate mastery of unit objectives by correctly answering at least 80% of multiple choice and free response questions on a written assessment.
TOTAL TIME
(23:09) Unit 7 Pages 113-116 FR Practice GUIDED PRACTICE |
TOTAL TIME
(23:09) Unit 7 Pages 113-116 FR Practice GUIDED PRACTICE |
HELPFUL LINKS: