Subject 'General, Inorganic and Physical Chemistry'

Year:   2009/2010    2010/2011    2011/2012    2012/2013    2013/2014    

Structure of an atom and the periodic system of chemical elements, their interpretation. Types of chemical bond, dependence of properties on the type of bond. Substances, materials, compounds and their separation ways. Classification of inorganic substances. Tasks of applied importance: mole calculations and percentage calculations. Chemistry of more important chemical elements, their environmental relation, redox reactions. Principal fields of physical chemistry: velocity and equilibrium, important viewpoints of thermo chemistry, colloid solutions.

The objective of the course is provide knowledge about theoretical regularities of general, inorganic, and physical chemistry, make theoretical generalisations, open their connection with processes taking place in nature and environment. To explain and learn to assess their impact.

Student:
- knows the regularities of general, inorganic and physical chemistry;
- can make a prognosis on their basis about the possible occurrence and range of natural and
environmental phenomena , forming hazardous symptoms and processes.

Lectures, solving tasks, seminars, laboratory works, group works

1. Karik, H., Palm. U., Past, V. Üldine ja anorgaaniline keemia. Valgus 1981.
2. Karik, H Üldine keemia, Valgus 1991.
3. Karik, H., Truus, K. Elementide keemia. Ülikooliõpik anorgaanilisest keemiast. Ilo 2003.
4.Palm, U., Past, V. Füüsikaline keemia. Valgus 1974
5. Karik, H., Past, V., Keemilised elemendid, ühendid ja reaktsioonid. Koolibri 1996.

2014: KT  

2013: KT  

2012: KT  

2011: KT  

2010: KT  

2009: KT  

2008: TÖ  

2007: TÖ  

2006: TÖ