Arrhenius Plots (A-Level IB Chemistry)

Outlining how the Arrhenius Equation can be used to find the activation energy (and Arrhenius Constant) for a given reaction by using Arrhenius Plots. The rearrangement of the Arrhenius Equation to follow y = mx + c and find the gradient of the line to determine activation energy is shown. For AQA, OCR, Edexcel and IB Recap: 00:29 Arrhenius Plots: 02:09 How to Find A, the Arrhenius Constant: 05:15 How to Find Ea, Activation Energy: 05:53 Summary: 07:11 Pages on chemistrystudent.com: https://www.chemistrystudent.com/coll... https://www.chemistrystudent.com/rate... https://www.chemistrystudent.com/orde... https://www.chemistrystudent.com/ther... https://www.chemistrystudent.com/rate... Relevant Videos: Arrhenius Equation    • Arrhenius Equation (A-level IB Chemistry)   Rate Equations and Rate Constant, k    • Rate Equations and Rate Constant, k (A-lev...   Orders of Reaction (Reaction Rates)    • Orders of Reaction (Reaction Rates) (A-Lev...   Maxwell-Boltzmann Distribution Curves    • Maxwell-Boltzmann Distribution Curves (A-L...   Collision Theory and Activation Energy    • Collision Theory and Activation Energy (A-...   Thank you for watching - if you found the video useful, please like and subscribe!