Steve Marsden’s

Chemical kinetics

Subject Format File size (Mb) Source
Introduction to reaction kinetics Lecture

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2

Reaction rate

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21

Temperature, molecular collisions and catalysts Lecture

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2

Molecular collisions ? 5
Molecular collisions ? 10
Collision Theory

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21

Reaction collision energies ? 20
Bimolecular reaction 0.77 16
Dust explosions

series

1

Br + HI collision scenarios ? 7
Collision orientation 1.1 19
Kinetics simulator (instructions here) ? 8
Rates of Reaction ? 15
Reaction rates and concentration changes ? 9
Chemical kinetics simulator ? 12
Stoichiometric rates ? 9
Differential rate laws ? 9
Reaction order

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21

First order process 0.65 16
Integrated rate laws ? 9
Half-life ? 9
Method of initial rates ? 9
Method of initial rates ? 11
Rate laws by isolation method ? 9
Kinetics of bromide/bromate reaction experiment ? 9
Rate Laws: graphical analysis of data Lecture

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2

Temperature dependence of the rate constant

MPEG

0.467

13

Arrhenius equation

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21

Activation Energy ? 4
Activation Energy 11.1 19
Orientation of Collision ? 4
Rate Laws and mechanisms Lecture

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2

Reaction mechanisms

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21

Enzyme kinetics

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15

Photochlorination of methane (chain)

MPEG

series

13

An oscillating reaction (bromate/malonic acid)

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3

Oscillating reaction

MPEG

0.346

13

Catalysts ? 10
Catalysts ("elephant toothpaste") ? 20
CFCs and stratospheric ozone 1.68 16
Catalytic destruction of stratospheric ozone 1.79 16
Heterogeneous catalysts

MPEG

0.677

13

Platinum catalyst

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17

Catalytic reaction of methanol on platinum

MPEG

0.913

13

Catalytic oxidation of ammonia stream 6
Regeneration of cobalt(II) catalyst 0.151  
Kinetics and equilibrium: reversible reactions Lecture

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2

Iodine Clock reaction

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14

Landolt (iodine clock) reaction and concentration

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6

Landolt reaction with mercury(II) chloride ("Old Nassau")

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6

Modified Landolt reaction ("one cola and one beer")

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14

Modified Landolt reaction (cocktail 'Old Naussau')

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14

Briggs-Rauscher reaction

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14

Briggs-Rauscher reaction

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6

Belousov-Zhabotinsky reaction

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14

Belousov-Zhabotinsky reaction

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6

"Blue bottle" reaction

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6

(1) Widener University, Scott Van Bramer
(2) Texas A&M University, Lawrence S. Brown
(3) Oxford University
(4) McGraw-Hill (Essential Chemistry, Chang)
(5) Texas A&M University Chemistry Department
(6) Swiss Federal Institute of Technology, Zurich
(7) USC, Stephen Bradforth
(8) USC
(9) Davidson College, David N. Blauch
(10) University of Akron, The Hardy Group
(11) Chemistry Education Research Group, Iowa State University, Tom Greenbowe
(12) UCI, Christopher Graycee
(13) University of Siegen, Germany
(14) University of Regensburg, Peter Keusch
(15) Chemland, University of Massachusetts, William Vining
(16) Prentice Hall, Inc. (see Legal Notice)
(17) Charlotte Country Day School, Norma Mackenzie
(18) North Carolina School of Science and Mathematics, T.I.G.E.R.
(19) South Georgia College, Lisa R. Arnold
(20) The Physical Universe, Konrad Krauskopf and Arthur Beiser
(21) Chemistry, The Science in Context, W.W. Norton & Co.