College of Pharmacy  El Alamein
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Pharmaceutical Analytical Chemistry II (2 hrs Lecture+1 hr Practical)

  • College of Pharmacy |

Description

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).

Program

Bachelor of Pharmacy - PharmD (Clinical Pharmacy)

Objectives

  • By the end of the course, the students should be able to: a1- Explain bases for complexation, redox and their titration conditions. a2- Understand the concept of electrochemistry and conductometry. Intellectual Skills By the end of the course, the students should be able to: b1- Differentiate between the conditions of different types of titration. b2- Calculate electrode potential of different cells. Professional and Practical skills By the end of the course, the students should be able to: c1- Gather and integrate information relevant to the complexation and redox reactions. c2- Master practical skills concerning operation of different voltaic cells and electrodes. c3- Discuss and evaluate different calculations. General and Transferable skills By the end of the course, the students should be able to: d1 -Develop skills of identifying different types of titrations. d2- Perfectly communicate with others in team work during lab work and group assignments

Textbook

Principles of General Chemistry. Martin B. Silberberg. Third edition. McGraw Hill. ISBN 978–0–07–340269–7

Course Content

content serial Description
1Introduction to Complexometric titrations (Lecture)
1Complexation titrations (Practical)
3Introduction to redox reactions (Lecture)
3Problem solving and practicing complexation calculations (cont.) (Practical)
4Identification of different oxidizing agents (Lecture)
4Problem solving and practicing complexation calculations (cont.) (Practical)
5Redox titration indicators and applications (Lecture)
5Water hardness analysis (Practical)
6Redox titration indicators and applications (cont.) (Lecture)
6Water hardness analysis (cont.) (Practical)
7Iodo and Iodimetric titrations (Lecture)
7Redox titrations (Practical)
8Introduction to electrochemistry (Lecture)
8Problem solving and practicing redox calculations (Practical)
9Introduction to Potentiometry and Nernst equation (Lecture)
9Problem solving and practicing redox calculations (cont.) (Practical)
10Introduction to Potentiometry and Nernst equation (cont.) (Lecture)
10Problem solving and practicing redox calculations (cont.) (Practical)
11Introduction to different electrochemical cells and electrodes (Lecture)
11Problem solving and practicing redox calculations (cont.) (Practical)
12Introduction to different electrochemical cells and electrodes (cont.) (Lecture)
12Potentiometric Titrations (Practical)
13Introduction to different electrochemical cells and electrodes (cont.) (Lecture)
13Problem solving and practicing potentiometric calculations (Practical)
14Introduction to Conductometry (Lecture)
14Problem solving and practicing potentiometric calculations (cont.) (Practical)
15Problem solving and practicing potentiometric calculations (cont.) (Lecture)
15Problem solving and practicing potentiometric calculations (cont.)(Practical)
2Complexometric titration indicators and applications (Lecture)
2Problem solving and practicing complexation calculations (Practical)

Markets and Career

  • Generation, transmission, distribution and utilization of electrical power for public and private sectors to secure both continuous and emergency demands.
  • Electrical power feeding for civil and military marine and aviation utilities.
  • Electrical works in construction engineering.
Courses
  • Degree Bachelor
  • Code: CPS112
  • Credit hrs: 3
  • Prequisites: CPS111
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