Foundational Videos

Unit 1

Chapter 13

Intro to Chemical Kinetics - Determination of Reaction Rate, Reaction Order, and the Rate.mp4

Intro to Chemical Kinetics: Determination of Rate, Reaction Order, and the Rate Law (7:52)

Initial Rate Method and Overall Order video.mp4

Initial Rate Method and Overall Order (9:57)

Changes in Concentration and Time - The Integrated Rate Laws.mp4

Changes in Concentration and Time: The Integrated Rate Laws (18:20)

Half-Life Video.mp4

Half-Life (7:39)

Temperature and Rate - Collision and Transition-State Theories and The Arrhenius Equation.mp4

Temperature and Rate: Collision and Transition-State Theories & The Arrhenius Equation (25:47)

Reaction Mechanisms.mp4

Reaction Mechanisms (17:03)

Chapter 14

Introduction to Chemical Equilibrium.mp4

Introduction to Chemical Equilibrium (12:21)

Calculating Equilibrium Concentrations - Linear in x.mp4

Calculating Equilibrium Amounts and/or Concentrations - Linear in x (21:31)

Le Chatelier's Principle (7:01)

Unit 2

Chapter 15

An Introduction to Acids and Bases Video.mp4

Introduction to Acids and Bases (25:04)

Relative Strength of Acids and Bases Video.mp4

Relative Strength of Acids and Bases (22:57)

Chapter 16

Calculations Involving Weak Acids and their Equilibrium.mp4

Calculations Involving Weak Acids and their Equilibrium (19:50)

Acid-Base Properties of Salts Video.mp4

Acid-Base Properties of Salt Solutions (26:03)

Common-Ion Effect Video.mp4

The Common-Ion Effect (18:21)

Common-Ion Effect Example.mp4

The Common-Ion Effect Example

Introduction to Buffers Video.mp4

Introduction to Buffers (19:15)

Tricky Buffer Example from Activity Sheet.mp4

Tricky Buffer Example

Buffers.mp4

Unit 3

Chapter 17

Solubility and Ionic Equilibria - The Basics [Part 1].mp4

Ionic Equilibria: The basics - Part I (14:55)

Solubility and Ionic Equilibria - The Basics [Part II].mp4

Ionic Equilibria: The Basics - Part II (11:19)

Precipitation Calculations.mp4

Precipitation Calculations (12:30)

Solubility and Complex-Ion Formation (14:50)

Complex Ion Calculation Example.mp4

Complex Ion Calculation Example (9:20)

Chapter 18

The First Law of Thermodynamics - A Review.mp4

The First law of Thermodynamics: A Review (17:17)

Thermodynamics and Equilibrium - Part 1.mp4

Thermodynamics & Equilibrium: Part 1 (20:39)

Thermodynamics and Equilibrium - Part 2.mp4

Thermodynamics & Equilibrium: Part 2 (16:37)

What is the Third Law of Thermodynamics? (3:16)

Standard Entropy Change and How To Calculate It (12:49)

Gibbs free energy and spontaneity (17:40)

Gibb's Free Energy Example (9:57)

Free-Energy, Equilibrium and the Equilibrium Constant.mp4

Free-Energy Change, Equilibrium & The Equilibrium Constant (11:38)

Calculations Involving Free Energy, Equilibria, and the Equilibrium Constant.mp4

Calculations Involving Free-Energy, Equilibrium and the Equilibrium Constant (18:45)

Change in Free Energy and the Reaction Quotient (15:47)

Standard change in free energy and the equilibrium constant (10:46)

Unit 4

Chapter 19

Assigning Oxidation Numbers.mp4

Assigning Oxidation Numbers - A Review (8:46)

Balancing Oxidation-Reduction Reactions in an ACIDIC solution.mp4

Balancing Oxidation-Reduction Reactions in an ACIDIC Solution (22:41)

Balancing Oxidation-Reduction Reactions in a BASIC solution.mp4

Balancing Oxidation-Reduction Reactions in a BASIC Solution (29:56)

Calculating Standard Cell Potential.mp4

Calculating Standard Cell Potential (18:41)

Calculating Standard Cell Potential from Free Energies of Formation.mp4

Calculating Standard Cell Potential from Standard Energies of Formation (12:13)

Chapter 20

Types of Decay (17:02)

Nuclear Stability and Nuclear Equations (8:24)

Carbon 14 Dating (10:03)

Mass Defect and Binding Energy (11:27)

Helpful Summary Video of Nuclear Chemistry (14:11)

Unit 5

Chapter 23

Introduction to Organic Chemistry Video.mp4

Introduction to Organic Chemistry (11:43)

A Closer Look at Alkanes Video.mp4

A Closer Look at Alkanes (15:39)

Chapter 24

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