- Degree Bachelor
- Code: CPS112
- Credit hrs: 3
- Prequisites: CPS111
The course covers complexometric titrations and oxidation-reduction titrations (electrical properties of redox systems, Nernst equation, factors affecting oxidation potential, redox titration curves, pharmaceutical application on redox reaction), electrochemistry (potentiometry, conductometry and polarography).
Bachelor of Pharmacy - PharmD (Clinical Pharmacy)
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1.1 |
Retrieve bases for complexation, redox and their titration conditions. |
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1.2 |
Demonstrate the concept of electrochemistry and conductometry. |
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2.1 |
Handle different organic compounds used in the pharmaceutical field. |
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2.1 |
Recognize the conditions of different types of titration. |
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2.2 |
Identify electrode potential of different cells. |
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4.1 |
Demonstrate responsibility for team performance and express time management skills. |
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4.2 |
Retrieve and critically analyze information, identify and solve problems, and work autonomously and effectively in a team. |
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4.3 |
Practice independent learning needed for continuous professional development. |
Principles of General Chemistry. Martin B. Silberberg. Third edition. McGraw Hill. ISBN 978–0–07–340269–7
| content serial | Description |
|---|---|
| 1 | Introduction to Complexometric titrations (Lecture) |
| 1 | Complexation titrations (Practical) |
| 2 | Complexometric titration indicators and applications (Lecture) |
| 2 | Problem solving and practicing complexation calculations (Practical) |
| 3 | Introduction to redox reactions (Lecture) |
| 3 | Problem solving and practicing complexation calculations (cont.) (Practical) |
| 4 | Identification of different oxidizing agents (Lecture) |
| 4 | Problem solving and practicing complexation calculations (cont.) (Practical) |
| 5 | Redox titration indicators and applications (Lecture) |
| 5 | Water hardness analysis (Practical) |
| 6 | Redox titration indicators and applications (cont.) (Lecture) |
| 6 | Water hardness analysis (cont.) (Practical) |
| 7 | Iodo and Iodimetric titrations (Lecture) |
| 7 | Redox titrations (Practical) |
| 8 | Introduction to electrochemistry (Lecture) |
| 8 | Problem solving and practicing redox calculations (Practical) |
| 9 | Introduction to Potentiometry and Nernst equation (Lecture) |
| 9 | Problem solving and practicing redox calculations (cont.) (Practical) |
| 10 | Introduction to Potentiometry and Nernst equation (cont.) (Lecture) |
| 10 | Problem solving and practicing redox calculations (cont.) (Practical) |
| 11 | Introduction to different electrochemical cells and electrodes (Lecture) |
| 11 | Problem solving and practicing redox calculations (cont.) (Practical) |
| 12 | Introduction to different electrochemical cells and electrodes (cont.) (Lecture) |
| 12 | Potentiometric Titrations (Practical) |
| 13 | Introduction to different electrochemical cells and electrodes (cont.) (Lecture) |
| 13 | Problem solving and practicing potentiometric calculations (Practical) |
| 14 | Introduction to Conductometry (Lecture) |
| 14 | Problem solving and practicing potentiometric calculations (cont.) (Practical) |
| 15 | Introduction to Conductometry (cont.) (Lecture) |
| 15 | Problem solving and practicing potentiometric calculations (cont.) (Practical) |
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