Uploaded April 2020 | Updated September 2026, 5 hours ago
Mr. Key models how to determine the relative strength of conjugate acids, when provided the original bases.
Note that this same approach can be used to determine which of the two ions in a base from a weak acid/weak base titration will impact pH.
Please note that the primary purpose of these videos is educational for students/educators. While all feedback, both positive and...hmmm...constructive, is appreciated I do not have the time to moderate or respond to all comments. As a result, comments on these videos have been disabled at least for the near future.
Mr. Key models how to determine the relative strength of conjugate acids, when provided the original bases.
Note that this same approach can be used to determine which of the two ions in a base from a weak acid/weak base titration will impact pH.
Please note that the primary purpose of these videos is educational for students/educators. While all feedback, both positive and...hmmm...constructive, is appreciated I do not have the time to moderate or respond to all comments. As a result, comments on these videos have been disabled at least for the near future.





![Reaction Theories and Potential Energy Diagrams
NEW FOR 2020!
In this video, @JFRScience s Mr. Key explains:
1. Collision Theory
2. Transition State Theory
3. Potential Energy Diagrams
4. Factors affecting successful collisions (T, [ ], and SA)
5. Catalysts
Please note that the primary purpose of these videos is educational for students/educators. While all feedback, both positive and...hmmm...constructive, is appreciated I do not have the time to moderate or respond to all comments. As a result, comments on these videos have been disabled at least for the near future. Reaction Theories and Potential Energy Diagrams](https://i.ytimg.com/vi/VW4PfumNwSE/mqdefault.jpg)




