Course code: 1121A |
Course name: Fundamentals of Coordination Chemistry |
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Academic year: |
2012/2013. |
Attendance requirements: |
There are no requirements. |
ECTS: |
4 |
Study level: |
basic academic studies |
Study programs: |
Chemistry: 2. year, summer semester, elective (1IP2A) course Biochemistry: 2. year, summer semester, elective (1IP2A) course Chemistry Teacher: 2. year, summer semester, elective (1IP2A) course Chemistry Teacher: 3. year, summer semester, elective (1IP4P) course |
Teacher: |
Maja A. Gruden-Pavloviæ, Ph.D. |
Assistants: |
— |
Hours of instruction: |
Weekly: three hours of lectures (3+0+0) |
Goals: |
Introduction to the principles and descriptive coordination chemistry, as one of the most important areas of modern inorganic chemistry. |
Outcome: |
Fundamentals of Coordination Chemistry provides opportunity for students to gain knowledge of coordination chemistry - nomenclature, stereochemistry, synthetic methods, the interpretation of optical spectra and magnetism, and the importance and application of coordination compounds. |
Teaching methods: |
Lectures, theoretical exercises, seminars. |
Extracurricular activities: |
— |
Coursebooks: |
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Additional material: |
— |
Course activities and grading method |
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Lectures: |
10 points (3 hours a week) Syllabus: 1. Introduction and historical development of coordination compounds. 2. Nomenclature of coordination compounds. 3. Acceptors and donors. 4-5. Symmetry aspects of coordination compounds. 6. Stereochemistry of coordination compounds. 7-8. Chemical bond in the coordination compounds. 9. Synthesis and chemical transformation of coordination compounds. 10. Stability of coordination compounds. 11. Kinetics and reaction mechanisms of coordination compounds. 12-13. Optical spectra and magnetism of coordination compounds. 14-15. The importance and application of coordination compounds. |
Colloquia: |
20 points |
Written exam: |
70 points |