1. |
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Intrduction, Syllabus, Brief review |
To introduce the class and learn basic physical concepts and methematical background |
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2. |
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Molecules in motion in gases |
To describe the molecular motion in gases in the kinetics model and its transport properties using the model |
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3. |
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Molecular motion in liquids-1 |
To describe the ionic molecular motion in liquids using conductivity |
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4. |
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Molecular motion in liquids-2 |
To describe the neutral molecular motion in liquids |
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5. |
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Rates of chemical reactions-1 |
To learn how to measure rate of reation and describe the rates of reactions |
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6. |
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Rates of chemical reactions-2 |
To learn how to treat the reactions approaching equilibriums, Temeprature dependence of reaction rates. To get reaction rates from a proposed reaction mechanism |
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7. |
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Rates of chemical reactions-3 |
To apply the basic reaction rate to the typical reactions |
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8. |
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Molecular reaction dynamics-1 |
To derive the rated constant from collision theory |
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9. |
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Molecular reaction dynamics-2 |
To describe the molecular reaction dynamics using various theories |
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10. |
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Molecular reaction dynamics-3 |
To learn electron transfer theory and applying it to the electron transfer at electrods |
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