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CHEM 106 module 14
14.01: Average rates and stoichiometry
14.01: Average rates and stoichiometry
14.02: Differential rate laws and reaction order
14.02: Differential rate laws and reaction order
14.03: Method of initial rates
14.03: Method of initial rates
14.04: Integrated rate laws
14.04: Integrated rate laws
14.05: Integrated rate laws exercises
14.05: Integrated rate laws exercises
14.06: Half-life
14.06: Half-life
14.07: Half-life exercises
14.07: Half-life exercises
14.08: Collision theory 1: reaction coordinate diagrams
14.08: Collision theory 1: reaction coordinate diagrams
14.09: Collision theory 2: Arrhenius equation
14.09: Collision theory 2: Arrhenius equation
14.10: Arrhenius equation exercises
14.10: Arrhenius equation exercises
14.11: Reaction mechanisms 1
14.11: Reaction mechanisms 1
14.12: Reaction mechanisms 2: slow first step
14.12: Reaction mechanisms 2: slow first step
14.13: Reaction mechanisms 3: fast equilibrium first step
14.13: Reaction mechanisms 3: fast equilibrium first step
14.14: Catalysis
14.14: Catalysis
14.15: Reaction rate as a function of nanoparticle size
14.15: Reaction rate as a function of nanoparticle size
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