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DATE
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LECT.
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TOPIC
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READING
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8/22
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1
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Introduction, Overview, and Historical Perspective
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Chapter 1
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8/24
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2
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Atomic Concepts
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Chapter 1
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8/27
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3
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The Solid State: Structures of Metals and Ionic Solids
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Chapter 2
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8/29
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4
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The Solid State: Structures of Metals and Ionic Solids
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Chapter 2, 18
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9/31
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5
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Molecular Structure and Bonding: Molecular Shape, VSEPR
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Chapter 3
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9/3
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Labor Day
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9/5
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6
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Molecular Structure and Bonding: M.O. Theory
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Chapter 3
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9/7
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7
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Molecular Structure and Bonding: Covalent Bonding, Chemical Forces
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Chapter 3
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9/10
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8
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Molecular Structure and Bonding: M.O. Theory of Solids
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Chapter 4
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9/12
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9
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Molecular Bonding, Symmetry Elements and Point Groups
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Chapter 4
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9/14
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10
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Symmetry Elements, Point Groups, Character Tables
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Chapter 4
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9/17
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11
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Character Tables
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Chapter 4
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9/19
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12
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Uses of Group Theory: Vibrational Spectroscopy
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Chapter 4
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9/21
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13
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Uses of Group Theory: Symmetry of Orbitals, Walsh Diagrams
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Chapter 3, 4
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9/23
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FIRST HOUR EXAM
(Lectures 1 - 13)
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9/26
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14
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Acids and Bases
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Chapter 5
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9/28
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15
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Systematics of Lewis Acids and Bases
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Chapter 5
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10/1
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16
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Redox
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Chapter 6
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10/3
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17
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d-Metal Complexes: Geometry, Ligand Types
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Chapter 7
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10/5
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18
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d-Metal Complexes: Bonding and Reactions
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Chapter 7
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10/8
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19
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Introduction to the Chemical Literature, Dr. Tina Chrzastowski
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Handouts
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10/10
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20
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d-Metal Complexes: Bonding and Reactions
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Chapter 7
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10/12
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21
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Hydrogen, Hydrides, Metals
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Chapters 8, 9
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10/15
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22
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Boron & Carbon Groups
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Chapter 10
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10/17
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23
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Boron & Carbon Groups
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Chapter 10
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10/19
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24
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Nitrogen & Oxygen Groups
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Chapter 11
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10/22
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25
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Halogens & Noble Gases
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Chapter 12
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10/24
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26
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MO Theory of d-Metal Complexes
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Chapter 13
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10/26
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SECOND HOUR EXAM (Lectures 14 - 25)
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10/29
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27
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Electronic Structure and Spectroscopy of Metal Complexes
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Chapter 13
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10/31
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28
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Reaction Mechanisms of Metal Complexes
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Chapter 14
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11/2
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29
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Reaction Mechanisms & Redox Processes of Metal Complexes
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Chapter 14
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11/5
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30
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Organometallic Chemistry: Bonding, EAN & Equiv. Groups
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Chapter 15
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11/7
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31
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Organotransition Metal Chemistry: Synthesis and Reactions
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Chapter 16
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11/9
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32
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Organotransition Metal Chemistry: Synthesis and Reactions
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Chapter 16
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11/12
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33
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Metal Clusters
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Chapter 16
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11/14
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34
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Catalysis: Homogeneous
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Chapter 17
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11/16
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35
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Catalysis: Heterogeneous
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Chapter 17
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11/26
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36
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Introduction to Bioinorganic
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Chapter 19
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11/28
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37
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Bioinorganic Chemistry: O
2
Transport
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Chapter 19
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11/30
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38
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Biological Hydrolysis: Zn Peptidases, etc.
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Chapter 19
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12/3
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39
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Electron Transfer Theory, Biological Reductions
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Chapters 14, 19
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12/5
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40
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Biological Oxidations: Cytochrome P450, Peroxidases, Catalase
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Chapter 19
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12/7
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THIRD HOUR EXAM (Lectures 26 - 40)
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12/14
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NO FINAL EXAM
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