Lectures
1 Chemistry – its position among the nature sciences. The build-up of matters and their classification.
2 The building of the atom.
3 State phase of matters. Dispersion systems.
4 Chemical reactions and their basic types. Reaction rates. Chemical equilibrium.
5 Electrolytic dissociation. The acid-base and the oxidation-reduction reactions. Electrochemical processes.
6 Chemical bonding. The periodic system of elements.
7 Systematic inorganic chemistry. Hydrogen, oxygen, oxides, water.
8 Systematic inorganic chemistry. The most important elements and their compounds, including the production of the most utilized reagents.
9 Systematic inorganic chemistry, continuation.
10 Systematic inorganic chemistry, finalization.
11 Production of metals. Corrosion and the protection against corrosion.
12 The survey of organic chemistry. Hydrocarbons.
13 Hydrocarbons derivatives.
14 Fuel treatment. Macromolecular substances.
Practice lessons
1 Symbols of the elements, oxidation number. Nomenclature of inorganic compounds (binary and pseudo-binary compounds).
2 Nomenclature of inorganic compounds. Oxygenated and non-oxygenated acids. Salts.
3 Elementary chemical terms (amount of substance, mole, molar quantities).
4 Composition of the multi-component systems (blends, solutions).
5 Calculations from the chemical formula.
6 Control test 1 (KTI) – practiced subject matter.
7 Chemical equations and their enumeration. Calculations from the chemical equations (for the pure substances and substances in blends and solutions).
8 State equation of the ideal gas. Gas blends.
9 Electrolytic dissociation. Calculation of ions concentration in the solutions of strong electrolytes. The pH - exponent.
10 Oxidation-reduction reaction. Enumeration of oxidation-reduction equations.
11 Control test 2 (KTII) – practiced subject matter.
12 Basic types of chemical reactions.
13 Final theoretical test.
14 Credit conferment.
1 Chemistry – its position among the nature sciences. The build-up of matters and their classification.
2 The building of the atom.
3 State phase of matters. Dispersion systems.
4 Chemical reactions and their basic types. Reaction rates. Chemical equilibrium.
5 Electrolytic dissociation. The acid-base and the oxidation-reduction reactions. Electrochemical processes.
6 Chemical bonding. The periodic system of elements.
7 Systematic inorganic chemistry. Hydrogen, oxygen, oxides, water.
8 Systematic inorganic chemistry. The most important elements and their compounds, including the production of the most utilized reagents.
9 Systematic inorganic chemistry, continuation.
10 Systematic inorganic chemistry, finalization.
11 Production of metals. Corrosion and the protection against corrosion.
12 The survey of organic chemistry. Hydrocarbons.
13 Hydrocarbons derivatives.
14 Fuel treatment. Macromolecular substances.
Practice lessons
1 Symbols of the elements, oxidation number. Nomenclature of inorganic compounds (binary and pseudo-binary compounds).
2 Nomenclature of inorganic compounds. Oxygenated and non-oxygenated acids. Salts.
3 Elementary chemical terms (amount of substance, mole, molar quantities).
4 Composition of the multi-component systems (blends, solutions).
5 Calculations from the chemical formula.
6 Control test 1 (KTI) – practiced subject matter.
7 Chemical equations and their enumeration. Calculations from the chemical equations (for the pure substances and substances in blends and solutions).
8 State equation of the ideal gas. Gas blends.
9 Electrolytic dissociation. Calculation of ions concentration in the solutions of strong electrolytes. The pH - exponent.
10 Oxidation-reduction reaction. Enumeration of oxidation-reduction equations.
11 Control test 2 (KTII) – practiced subject matter.
12 Basic types of chemical reactions.
13 Final theoretical test.
14 Credit conferment.