Covers the operation, use, and care of basic measuring instruments; types of signal generators in the laboratory; types of pressure measuring instruments; types of recorders and reproducers; types of power supply units in the lab; and essentials of trouble-shooting techniques.
Topics include the types of laboratories, their furnishings and fittings; laboratory layout; principles of designing laboratory stores; correct methods and places of installing specific equipment; management of store; principles of store keeping; acquisition, storage, and use of technical information; record keeping in the lab; importance of discipline in the lab; and routine administrative functions in the lab.
Covers the principle of analytical separation and their applications, as well as the principles of spectrophotometric techniques and their applications.
Focuses on the application of spectrophotometer techniques in the identification of organic compounds; the chemistry of monosubstituted aromatic compounds, comprising their reaction with those of their aliphatic analogues; and the principles of organic reaction mechanism applied to aromatic systems.
General theory and application of surface phenomena; types, properties and use of colloids and principles and application of phase equilibria.
This course is designed to deepen your understanding of the d- and f-block elements. It covers the relationship between the electronic structures and properties of these elements, the chemistry of their coordination compounds, and selected examples of their roles in bioinorganic chemistry.