Chapters refer to Miessler & Tarr, 4 Edition
Chapters refer to Miessler & Tarr, 4 Edition
Chapters refer to Miessler & Tarr, 4 Edition
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SCHEDULE FOR LECTURES: (<strong>Chapters</strong> <strong>refer</strong> <strong>to</strong> <strong>Miessler</strong> & <strong>Tarr</strong>, 4 th <strong>Edition</strong>)<br />
Updated 2/26/2013<br />
special Lecture # Ch Topic<br />
1 M 1/14 1,2 Overview – Expectations – Projects – The A<strong>to</strong>m – Nuclear Properties<br />
2 W 1/6 2 Where are the electrons in a<strong>to</strong>ms? Quantum Numbers.<br />
NOVA 3 F 1/18 2 Zeff. Radial Electron Distribution. Magnetism; Term Symbols.<br />
M 1/21 Martin Luther King, Jr. Day<br />
4 W 1/23 3 Review of molecular shapes; Lewis and VSEPR “Theories”<br />
Workshop<br />
#1 (1/25 &<br />
1/27)<br />
5 F 1/25 3<br />
(T.P.) Workshop #1: Zeff; µs.o., A<strong>to</strong>mic Term symbols (1/25 and 1/27)<br />
Lewis Structures and VSEPR<br />
Quiz #1 6 M 1/28 3,4 Quiz #1.; Periodic Table Trends in A<strong>to</strong>mic Properties<br />
20 ques. 7 W 1/30 4 Symmetry Operations and Elements --- 20 questions for Project due.<br />
Workshop<br />
#2 (2/1 &<br />
2/3)<br />
8 F 2/1 4 Workshop #2. Symmetry Elements in Molecules (2/1 and (T.P.) 2/3)<br />
Quiz #2 9 M 2/4 4 Quiz #1a. What are Character tables? Of use <strong>to</strong> me???<br />
10 W 2/6 5 Molecular Orbitals and Dia<strong>to</strong>mics<br />
11 F 2/8 5 More Molecular Orbitals—Heteronuclear dia<strong>to</strong>mics<br />
12 M 2/11 5 Heteronuclear dia<strong>to</strong>mics; bond dipoles and molecular dipole moments<br />
Exam I<br />
Poster<br />
13 W 2/13 Examination I<br />
outline<br />
due<br />
14 F 2/15 5 MO’s for polya<strong>to</strong>mics<br />
15 M 2/18<br />
5<br />
MO’s for polya<strong>to</strong>mics<br />
16 W 2/20<br />
5<br />
MO’s for polya<strong>to</strong>mics<br />
Workshop<br />
#3 (2/24)<br />
17 F 2/22 5<br />
Quiz #2. MO’s for polya<strong>to</strong>mics<br />
Quiz #3 18 M 2/25 5 MO’s for polya<strong>to</strong>mics<br />
19 W 2/27 6 Acids and Bases – Concepts<br />
20 F 3/1<br />
6 Acids and Bases – Quantitative Correlation Donor-Accep<strong>to</strong>r and<br />
Hard/Soft Interactions<br />
21 M 3/4<br />
6 Acids and Bases –Donor-Accep<strong>to</strong>r and Hard/Soft Interactions;<br />
2/24: Workshop # 3. Acids and Bases<br />
Exam. II 22 W 3/6 Examination II<br />
23 F 3/8 7 Crystalline Solid State Introduction<br />
Spring SPRING BREAK (3/11-15)<br />
24 M 3/18 7 Crystalline Solid State: Packing of spheres<br />
25 W 3/20 7 Crystalline Solid State: Radius ratios and Prediction of crystal lattices<br />
26 F 3/22 7 Crystalline Solid State: Molecular orbitals and band structure<br />
Quiz #4 27 M 3/25 14 Quiz #3.<br />
Poster<br />
day<br />
28 W 3/27 ?<br />
Redox Principles—Workshop # 4<br />
29 F 3/29 13 Coordination Chemistry – His<strong>to</strong>ry & Overview<br />
30 M 4/1 13 Coordination Chemistry – Ligands and L. A. /L. B. Interactions by VB<br />
31 W 4/3 Bonding Coordination Chemistry – Crystal Field Theory
SCHEDULE FOR LECTURES: (<strong>Chapters</strong> <strong>refer</strong> <strong>to</strong> <strong>Miessler</strong> & <strong>Tarr</strong>, 4 th <strong>Edition</strong>)<br />
Updated 2/26/2013<br />
32 F 4/5 16 Poster Presentations<br />
W.S. #4 33 M 4/8 16 Poster discussions<br />
Exam. 3 34 W 4/10 Examination 3<br />
35 F 4/12 Coordination Chemistry<br />
36 M 4/15 Coordination Chemistry<br />
37 W 4/17 Coordination Chemistry<br />
38 F 4/19 Workshop Coordination Chemistry<br />
39 M 4/22 Applications of Inorganic Chemistry<br />
40 W 4/24 Organometallics – Catalysis Overview<br />
41 F 4/26 Bonding Organometallics – Ligands and Electron Counts<br />
42 M 4/29 Bonding Organometallics – Reaction Overview<br />
5/7 FINAL EXAM – 8:00 a.m. – 10:00 a.m.