Lectures in ACIDS AND BASES
Lecture 1: General Properites
Lecture 2: Acid Base Reactions
Lecture 3: Arrhenius Acid & Bases
Lecture 4: Bronsted-Lowry Acids & Bases
Lecture 5: Why Is Water A Neutral Substance?
Lecture 6: Conjugate Acid & Bases
Lecture 7: Ph-How To Calculate The Ph
Lecture 8: Poh-How To Calculate The Poh
Lecture 9: Calculating The Ph: Ex 1
Lecture 10: Calculating The Ph: Ex 2
Lecture 11: Calculating The Ph: Ex 3
Lecture 12: How Has The Ocean'S Ph Changed In 25 Years?
Lecture 13: Ph Scales: Examples
Lecture 14: Effective Concentration
Lecture 15: Acid-Base Titration Basics
Lecture 16: Acid-Base Titration Basics: Ex 1
Lecture 17: Acid-Base Titration Basics: Ex 2
Lecture 18: Acid-Base Titration Basics: Ex 3
Lecture 19: Problem W/ "Acid Is A Proton Donor" Theory
Lecture 20: Examples Of Conjugate Acid-Base Pairs
Lecture 21: What Is A Strong Acid?
Lecture 22: What Is A Weak Acid?
Lecture 23: Acid Dissociation Constant
Lecture 24: Acid Dissociation Constant & Acid Strength
Lecture 25: Ionization Constant For Weak Acids
Lecture 26: How To Find The [H+] And Ph Of Formic Acid
Lecture 27: How To Find The [H+] And Ph Of Nitrous Oxide
Lecture 28: How To Find The Ionization Constant Ka
Lecture 29: What % Of Acid Will Be Ionized?
Lecture 30: Comparing Acid Strengths Using % Concentrations
Lecture 31: Comparing Acid Strengths Using % Concentrations
Lecture 32: Comparing Acid Strengths Using % Concentrations Example
Lecture 33: Weak Bases And Base Ionization Constants
Lecture 34: Weak Bases And Base Ionization Constants Ex.