11:04

Use of Successive Approximations in Chemical Equilibrium Problem Example

07:28

How to Write a Net Ionic Equation (Chemistry Example)

12:31

How to Balance a Redox Reaction in Acidic Solution Example

16:37

Kinetics: Method of Initial Rates Calculation Example

13:14

Example: Calculating pH for a Hydrolyzed Salt

09:23

Example- Calculate pH for a Weak Acid using an ICE Table

14:39

Equilibrium Q and K Problem- Example Calculation

11:33

The Nernst Equation and Concentration Cells Plus Example

12:38

Relationships between Free Energy, Equil Constant K, and Cell Potential deltaE Pt4

12:07

Standard Reduction Potentials Pt3

08:39

Electrochemistry Daniell Cell Example Pt2

08:31

Introduction to Electrochemistry Pt1

09:27

CH15 Lecture Pt4 Predicting Solubility Example

06:28

CH15 Lecture Pt3 Calculation Solubility Equilibrium Problem Example

05:11

CH15 Lecture Pt2 Solubility Product Ksp Example Problem

10:32

CH15 Lecture Pt1 Solubility Solubility Product Ksp

10:02

Bond Enthalpies

08:42

Ionic Bonds and Lattice Energy

07:20

Drawing Lewis Structures (Simple)

06:22

Equivalent Lewis Structures Example

11:35

Lewis Structures and Resonance

07:10

Radioactive Decay and Half Life

16:46

Types of Radioactivity and Writing Nuclear Equations

11:05

Radiation Units and Health Applications of Radioactivity

08:44

Charles's Law (Concepts and Calculations)

09:47

Boyle's Law (Concepts and Calculations)

05:37

Pressure Units (Gases in Chemistry)

05:43

Energy Units and Chemistry

06:50

Acid Base Neutralization Reactions

11:35

Double Displacement and Precipitation Reactions

07:40

Heat Transfer and Specific Heat Capacity

09:55

Important Acid Base Concepts

13:17

Single and Double Displacement Reactions

11:36

Writing and Balancing Chemical Equations

09:04

Drawing Lewis Structures with Multiple Bonds

07:49

Intro to Drawing Lewis Structures

17:15

Bonding and Lewis Electron Dot Diagrams

15:34

Naming Ionic Compounds with Polyatomic Ions

10:05

Forming Ionic Compounds and Ionic Bonds

13:33

Ions and Ionic Compounds

08:05

Density Concepts and Calculations

09:59

Introduction to the Periodic Table

08:42

Conversions Between Temperature Scales (⁰F, ⁰C, K)

13:26

Introduction to Atomic Theory

10:09

Converting Derived Units

10:15

Converting Units

09:34

SI Units and Prefixes

10:05

Sig Figs in Calculations

11:51

Significant Figures

11:10

Measurements and Scientific Notation

13:54

Matter

07:31

Chemistry as Science

18:28

Electron Arrangements and Energy Levels

11:33

The Nernst Equation and Concentration Cells Plus Examples

12:38

Free Energy, Equilibrium Constant, and Cell Potential Relationships Explained

12:07

Standard Reduction Potentials plus Examples

08:39

Galvanic Cell Example: Daniell Cell

08:31

Electrochemistry and Galvanic Cells Part 1

09:42

Free Energy (delta G) and Equilibrium (Pt 8)

04:15

Free Energy (delta G) Calculations Pt 7