08:11

Biological Drawing - Scale Bar and Magnification

11:26

Building an Activity Series

08:08

Chemical Kinetics - Using Initial Reaction Rates to Determine Rate Law

04:14

Using Bond Energy to Calculate Reaction Enthalpy

05:59

Developing Half Reactions from Skeleton Equations

05:28

Electrolysis - Chloride Anomaly

08:00

Electrolytic Cells

12:27

Predicting Redox Reactions in Electrochemical Cells

04:52

Standard Zinc-Copper Voltaic Cell with Salt Bridge

03:22

Standard Zinc-Copper Voltaic Cell with Porous Cup

25:03

Redox Titration with Standardization

16:07

Redox Titrations - Basic Theory & Calculations

13:51

Balancing Redox Reactions in Base by Half Reactions

19:15

Balancing Disproportionation Reactions using Half Reactions

08:38

Balancing Simple Redox Reactions by Half Reactions

05:07

Oxidation Numbers - Recognizing Redox Reactions

06:23

Assigning Oxidation Numbers - Examples

09:18

Assigning Oxidation Numbers - Rules

08:41

Oxidation Numbers - What Are They?

11:58

Oxidizing Agents & Reducing Agents

02:41

Determining the Time An Electrolytic Cell Must Operate

03:45

Determining Identity of Unknown Precipitate in an Electrolytic Cell

02:51

Determining Current Required to Operate an Electrolytic Cell

03:02

Determining Mass Deposited at Cathode in an Electrolytic Cell

08:07

Predicting Redox Reactions (5 Step Method)

05:49

Balancing Redox Reactions Using Half Reactions (in Acid)

06:50

Titration Curve - Weak Acid Titrated with a Strong Base

08:32

Titration Curve - Weak Base Titrated with a Strong Acid

08:22

Titration Curve - Strong Base Titrated with Strong Acid

10:30

Titration Curve - Strong Acid Titrated with Strong Base

05:51

Calculating the Initial Concentration of a Weak Base Given pH

04:12

Calculating the Kb of a Weak Base

12:39

Calculating the pH of a Weak Base

05:29

Calculating the Initial Concentration of a Weak Acid

07:22

Calculating the Ka of an Unknown Weak Acid

13:37

Calculating the pH of a Weak Acid

16:00

Predicting Acid-Base Reactions with the Five Step Method

05:13

Catalysts & Potential Energy Diagrams

05:13

First Law of Thermodynamics Qsystem = -Qsurroundings

04:52

Le Chatelier's Principle - Graphing Pressure and Volume Stresses

03:43

Le Chatelier's Principle - Graphing Temperature Stresses

04:09

Le Chatelier's Principle - Graphing Concentration Stresses

02:50

Le Chatelier's Principle - General Introduction

07:22

Le Chatelier's Principle - Understanding Pressure/Volume Stresses

10:42

Le Chatelier's Principle - Understanding Temperature Stresses

17:30

Le Chatelier's Principle - Understanding Concentration Stresses

12:27

Percent Reaction in Equilibrium Systems

09:35

ICE Tables - Solving for Equilibrium Concentration After Comparing Q & K

05:36

Reaction Quotient

15:13

Reaction Quotient - Using Q to Predict Shifts in Equilibrium (Plus ICE Tables)!

10:57

ICE Tables - Solving For Initial Concentration

14:51

ICE Tables - Solving for Equilibrium Concentration

10:54

ICE Tables - General Introduction and Overview

08:32

Graphing Equilibrium

08:00

Potential Energy Diagrams

06:54

Simple Calorimetry Examples

13:44

Thermal Efficiency of Reactions

12:16

Hess’ Law - Solving for the Molar Enthalpy of Formation of a Reactant or Product

09:30

Hess’ Law - Using Equation to Find Reaction Enthalpy

20:45

Hess’ Law Using Reaction Mechanisms