CHEM
360 INORGANIC CHEMISTRY
- CHEM 360 INORGANIC CHEMISTRY Credits 3.00 Spring 02
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- Survey of the periodic table; atomic and
molecular structure; bonding in covalent, ionic, and electron
deficient systems; thermochemical principles and experimental
techniques for analysis, structure determination, and
synthesis.
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- Recommended for students in the
sophomore year.
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- Prereq- Chem 211, 213 - BH 180 - TTH 09:25AM - 10:40AM
- Instructor: Andrew R. Barron, John L.
Margrave Enr: 14 Max: NA
Instructor:
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Andrew R. Barron
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Office:
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Butcher Hall 410, Ext. 5610
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Email Address:
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arb@rice.edu
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Office Hours by Appointment
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Text
book: Cotton, Wilkinson and Gaus, Basic Inorganic
Chemistry, published by Wiley
Course Outline
Professor Andrew R. Barron
- 1. Ligand field theory
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- 1.1. Crystal field approach
- 1.1.1. Octahedral complexes
- 1.1.2. Square planar and tetrahedral
complexes
- 1.2. Molecular orbital approach
- 1.3. Magnetic properties of transition
metal compounds
2. Coordination Complexes
- 2.1. Ligands
- 2.1.1. Ligand types
- 2.2. Types of complexes
- 2.3. Nomenclature
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3. Halides of Transition
Metal
- 3.1. Structure
- 3.2. Properties
4. Metals Bonded to Oxygen
- 4.1. Oxides and oxo-anions
- 4.1.1. Structure
- 4.1.2. acid-base behavior4.2. Aquo
ions
5. Metals Bonded to Nitrogen
- 5.1. Nitrides
- 5.2. Complexes with N donors
6. Metal Bonded to Carbon
- 6.1. Carbonyls
- 6.2. Cyanides
7. Iron: A Typical Transition
Metal
- 7.1. Oxides
- 7.2. Halides
- 7.3. Complexes
8. Solid State Chemistry
- 8.1. Insulators, conductors and
semiconductors
- 8.2. Ionic solids
- 8.3. Covalent solids
- 8.3.1. Silicates
- 8.4. Hydrogen bonded solids
- 8.5. Molecular solids
- 8.6. Disorder in crystals
If you have a documented disability that will
impact your work in this class, please contact me to discuss your
needs. Additionally, you will need to register with the Disability
Support Services Office in the Ley Student Center.
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Handouts
Exams
and Assignments
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