timestamps

• 0:00

  Introduction to Kinetics

• 0:31

  Importance of Reaction Rates

• 1:03

  Examples of Reaction Speeds

• 1:35

  Defining Reaction Rates

• 2:06

  Rate Expression Basics

• 2:37

  Concentration vs Time Graph

• 3:10

  Stoichiometry in Rates

• 3:44

  Practice Example Reaction

• 4:45

  Rate of Oxygen Disappearance

• 5:47

  Forming Dinitrogen Pentoxide

• 6:50

  Nitrogen Dioxide Reaction Rate

• 7:52

  Differential and Integrated Laws

• 8:25

  Rate Law Form

• 9:29

  Determining Orders Experimentally

• 10:31

  Data Table Analysis

• 12:04

  Rules for Reaction Orders

• 13:06

  Experiment Comparison

• 14:10

  Overall Reaction Order

• 15:14

  Choosing Experiments

• 16:47

  Finding Rate Constant K

• 17:48

  Units of K Reminder

• 18:49

  Ammonium Nitrite Example

• 20:22

  Calculating K Value

• 21:24

  Integrated Rate Law

• 22:28

  First Order Reactions

• 24:34

  First Order Equation

• 25:35

  First Order Example

• 27:11

  Graphing with Calculator

• 28:44

  Finding K from Slope

• 30:17

  Concentration at Specific Time

• 31:53

  Half-Life Calculation

• 34:29

  Rate Law Summary Table

• 36:36

  Second Order Example

• 37:38

  Identifying Second Order

• 39:14

  Second Order Half-Life

• 40:49

  Zero Order Reactions

• 41:51

  Catalysts in Zero Order

• 43:59

  Biological Implications

• 44:30

  Ethanol Decomposition Example

• 45:33

  Zero Order Rate Law

• 46:36

  Zero Order Half-Life

• 47:40

  Summary of Rate Laws

• 48:45

  Closing Remarks