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Collision Theory and Activation Energy (A-Level IB Chemistry)
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Outlining collision theory and activation energy, showing how they link to rates of reactions. The effect of temperature change, pressure change and concentration change is shown with examples, including hydrogen and chlorine forming hydrogen chloride.
Recap: 00:38
Collision Theory: 02:25
Activation Energy: 03:01
Successful and Unsuccessful Collisions: 04:03
Example - Hydrogen and Chlorine forming Hydrogen Chloride: 04:33
Effect of Temperature on Rates of Reaction: 06:05
Effect of Concentration on Rates of Reaction: 07:09
Effect of Pressure on Rates of Reaction: 09:01
Catalysts: 09:32
Summary: 11:57
Relevant Videos:
Thank you for watching - if you found the video useful, please like and subscribe!
Recap: 00:38
Collision Theory: 02:25
Activation Energy: 03:01
Successful and Unsuccessful Collisions: 04:03
Example - Hydrogen and Chlorine forming Hydrogen Chloride: 04:33
Effect of Temperature on Rates of Reaction: 06:05
Effect of Concentration on Rates of Reaction: 07:09
Effect of Pressure on Rates of Reaction: 09:01
Catalysts: 09:32
Summary: 11:57
Relevant Videos:
Thank you for watching - if you found the video useful, please like and subscribe!
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