Arrhenius equation. Activation energy (8)

Chemistry: Chemical kinetics. Arrhenius equation. Logarithms. Activation energy. Reaction energy diagram. Transition state. Catalysis

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(1) Logarithms
(2) Continued
(3) Arrhenius equation, activation energy
(4) Continued. More on logarithms
(5) Arrhenius equation continued
(6) A problem
(7) Graphing the Arrhenius equation
(8) Another problem
(9) Continued. Units
(10) Reaction energy profile; transition state
(11) Continued
(12) A problem
(13) Catalysts

Category:

Education

Tags:

• chemistry
• chemical
• kinetics
• Arrhenius
• equation
• logarithms
• activation
• energy
• reaction
• diagram
• profile
• transition
• state
• catalysis
• catalyst

[WongeneKIM]

Good lecture! I had a fun time watching it!

[lisahtk]

@teresa1991

no probs :D

[teresa1991]

@lisahtk oh okay thank you! (:

[lisahtk]

@teresa1991

he actually did it wrong, it was supposed to be

e^1.742663468

K2 = 0.17505

[teresa1991]

How did you get -1.8077?? That threw me off.

[jayemadronamusic]

@9:02 i'm still really confused why i'm getting -4.9093 instead of -.49093!! i keep working it out on the calculator but is till can't figure out why i'm getting the wrong one. help please!!!