Lectures in CHEMICAL KINETICS
- Lecture 1: Definition
- Lecture 2: Reaction Rate- Definition
- Lecture 3: Reaction Rate- Graphical Representation
- Lecture 4: Reaction Rate- Example
- Lecture 5: Reaction Rate- Rate Law
- Lecture 6: Reaction Order - Defined
- Lecture 7: Reaction Order - Example
- Lecture 8: Reaction Order - How Are They Determined?
- Lecture 9: Reaction Order - How Are They Determined? Ex. 1
- Lecture 10: Finding The Rate Of Constant Using Initial Rates
- Lecture 11: Finding The Order - Using Initial Rates
- Lecture 12: Finding The Order Using The Isolation Method
- Lecture 13: Finding The Reaction Rate - Example
- Lecture 14: How Does The Order Affect The Reaction Rate?
- Lecture 15: Finding Rate Law & Rate Constant, K
- Lecture 16: 1St Order Reactions: Logarithmic Function
- Lecture 17: 1St Order Reactions: Exponential Function
- Lecture 18: The Half-Life Of A Reaction
- Lecture 19: How To Determine The Rate Constant - Summery
- Lecture 20: Reaction Rate For A Second Order Reaction
- Lecture 21: Half-Life For A Second Order Reaction
- Lecture 22: Example Of A Second Order Reaction (No2)
- Lecture 23: Activation Energy
- Lecture 24: The Arrhenius Equation
- Lecture 25: Determining The Activation Energy
- Lecture 26: What Is A Catalyst?
- Lecture 27: The Haber Synthesis Of Ammonia, Nh3
- Lecture 28: 5 Easy Steps To Making Nitric Acid, Hno3
- Lecture 29: How Does The Catalytic Converter Work?
- Lecture 30: How Is Ozone Depleted In The Stratosphere?