We were inspired by Dr Matthew Stoltzfus’s approach in flipped classrooms, here at KFUPM we adapted similar approach. Dr. Fus thankfully agreed to share his video lectures with us.

The following videos are organised by sections of “Chemistry, by Julia Burdge”

14.1 Factors That Affect Reaction Rates (by Dr. Fus)

14.1 Reaction Rates (by Dr. Fus)

14.1 Reaction Rates Example Problem (by Dr. Fus)

14.2 Concentration and the Rate Law (by Dr. Fus)

14.2 Concentration and the Rate Law Example Problem #1 (by Dr. Fus)

14.2 Concentration and the Rate Law Example Problem #2 (by Dr. Fus)

14.3 1st Order Integrated Rate Law (by Dr. Fus)

14.3 Half Life for 1st order Reactions (by Dr. Fus)

14.3 1st Order Half Life Example Problem (by Dr. Fus)

14.3 2nd Order Integrated Rate Law Expression (by Dr. Fus)

14.4 Dependence of Reaction Rate on Temperature (by Dr. Fus)

14.4 The Collision Model (by Dr. Fus)

14.4 The Orientation Factor (by Dr. Fus)

14.4 Transition State Theory (by Dr. Fus)

14.4 The Arrhenius Equation (by Dr. Fus)

 14.4 The Arrhenius Equation Example Problem (by Dr. Fus)

14.5 Reaction Mechanisms (by Dr. Fus)

14.5 Proposing a Reaction Mechanism (by Dr. Fus)

14.5 Proposing a Mechanism Example Problem #1 (by Dr. Fus)

14.5 Proposing a Mechanism Example Problem #2A (by Dr. Fus)

14.5 Proposing a Mechanism Example Problem #2B (by Dr. Fus)

14.6 Catalysis (by Dr. Fus)