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Chemistry 221-01 Tentative Syllabus - Fall 1999 |
Modified Lecture Schedule | |||
| W |
Aug 25 |
2. Dalton, Canizzaro, Atoms and nuclei; molecules and ions |
2. Dalton, Canizzaro, | |
| F |
Aug. 27 |
3. Periodic table, compounds, nomenclature, percent composition, formulas |
2. Atoms and nuclei; molecules and ions |
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| M |
30 |
3. Equations, stoichiometric calculations, limiting reactants |
EXCEL | |
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Aug. 30 - 31 |
Check in, Experiment 1, Precision and Accuracy |
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| W |
Sept 1 |
Quiz 1 |
4. Aqueous solutions |
3. percent composition, formulas |
| F |
3 |
4. Redox reactions |
3. Equations, stoichiometric
calculations, limiting reactants 4. Aqueous solutions, Precipitation |
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| M |
6 |
4. Precipitation and acid/base reactions |
4. Aqueous solutions, Redox reactions | |
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Sept. 6 - 7 |
Experiment 2, Determination of Charge on the Electron |
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| W |
8 |
Quiz 2 |
12. Electromagnetic radiation, atomic spectra, Bohr model |
4. Acid/base reactions |
| F |
10 |
12. Wave model, wave functions, radial functions |
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| M |
13 |
12. Periodic properties: atomic and ionic radii, ionization energy |
12. Electromagnetic radiation, atomic spectra, Bohr model | |
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Sept. 13 - 14 |
Experiment 3, Chemical Reactions |
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| W |
15 |
Quiz 3 |
13. Ionic lattices and partial ionic character |
12. Wave model, wave functions, |
| F |
17 |
13. Covalent bond energetics, Lewis structures |
12. radial functions , | |
| M |
20 |
13. Resonance, electron rich compounds |
12. Periodic properties: atomic and ionic radii, ionization energy | |
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Sept. 20 - 21 |
Experiment 4, Standardization of NaOH |
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| W |
22 |
Quiz 4 |
13. VSEPR |
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| F |
24 |
14. Hybridization, normalization, dp-sp2 |
13. Types of bonding: Ionic, Covalent , polar covalent | |
| M |
27 |
13. VSEPR and Lewis Structures, and hybridization | ||
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Sept. 27 – 28 |
Experiment 4, Standardization and Analysis |
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| W |
29 |
Exam 1 |
Exam 1 chapters 1,2,3,4,&12 | |
| F |
Oct 1 |
14. Molecular orbitals, homonuclear diatomics |
14. Hybridization, normalization, dp-sp2 | |
| M |
4 |
14. Heteronuclear diatomics, mixing theories, spectroscopy |
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Oct. 4 - 5 |
Point Group Symmetry and Finish Experiment 4 |
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| W |
6 |
Quiz 5 |
20. Transition metals, complexes |
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| F |
8 |
20. Isomerism |
14. Molecular orbitals, homonuclear diatomics | |
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BREAK |
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| W |
13 |
Quiz 6 |
20. Ligands and nomenclature |
14. Heteronuclear diatomics |
| F |
15 |
20. Optical activity, ligands and nomenclature |
20. Ligands and nomenclature | |
| M |
18 |
Spectroscopy |
20. Optical activity, ligands and nomenclature | |
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Oct. 18 - 19 |
Experiment 5, Building Molecular Models |
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| W |
20 |
Quiz 7 |
20. Structural Isomers | |
| F |
22 |
5. Ideal gases |
20. | |
| M |
25 |
5. Partial pressure, kinetic molecular theory |
20. | |
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Oct. 25 - 26 |
Experiment 6, Synthesis of an Unknown Complex |
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| W |
27 |
Quiz 8 |
5. Effusion, diffusion, real gases |
20. |
| F |
29 |
9. Energy, state functions, PD V work |
20/5 | |
| M |
Nov 1 |
9. Enthalpies of formation |
5 | |
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Nov. 1 - 2 |
Experiment 7, Analysis of a Cobalt Complex |
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| W |
3 |
Quiz 9 |
9. Calorimetry |
5 |
| F |
5 |
9. Hess's Law |
9 | |
| M |
8 |
10. Entropy |
9 | |
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Nov. 8 - 9 |
Experiment 8, Spectroscopy |
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| W |
10 |
Exam 2 |
13, 14, 20, 5 | |
| F |
12 |
10. Free energy, the second law of thermodynamics |
9 | |
| M |
15 |
10. Chemical Reactions |
9 | |
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Nov. 15 - 16 |
Finish Analysis and/or Spectroscopy |
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| W |
17 |
Quiz 10 |
15. Mechanisms |
10 |
| F |
19 |
15. Rate laws |
10 | |
| M |
22 |
15. Integrated rate laws |
10 | |
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Nov. 22 - 23 |
Check out |
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| M |
29 |
16. Intermolecular Forces |
15 | |
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Nov. 29-30 |
Plane Group and Space Group Symmetry and intermolecular forces |
Plane Group Symmetry | ||
| W |
Dec 1 |
Quiz 11 |
17. Colligative Properties |
15 |
| F |
3 |
17. Colligative Properties |
15 | |
| M |
6 |
Final comments |