Topic plan
The subject's topics and the learning outcomes attached to each one.
15 topics
1. 1. basic laws of chemistry. stoichiometric laws.
LectureThis topic covers the fundamental laws that explain how substances change during chemical reactions. students learn the essence of the laws of conservation of mass, constant composition of substances, multiple ratios and volumes of gases in chemical reactions. the subject is the basis of chemical calculations and helps to express reactions in correct equations.
2. 2. the structure of the atom. quantum numbers. electron orbitals
Lecture3. 3. periodic law and periodic system. the electronic structure of an atom
Lecture4. 4. chemical communication and its types
Lecture5. 5. chemical kinetics and chemical equilibrium. speed of chemical reaction.
Lecture6. 6. reversible and irreversible reactions. chemical equilibrium, factors affecting it. le chatelier principle
Lecture7. 7. solutions, their properties. osmotic pressure. raoult's laws
Lecture8. 8. electrochemical processes, electrode potential. hydrogen electrode. stress order of metals
Lecture9. 9. oxidation-reduction reactions. electrolysis. laws of electrolysis. galvanic elements
Lecture10. 10. natural combinations of metals, acquisition, general properties and application. methods of corrosion protection of metals
Lecture11. 11. light construction materials - natural compounds of be and mg, production, properties and application.
Lecture12. 12. al and ti - natural compounds, extraction, properties and application.
Lecture13. 13. cu and zn - natural compounds, extraction, properties and application.
Lecture14. 14. cr and mn - natural compounds, extraction, properties and application
Lecture15. 15. fe- natural compounds, production, properties and application.
Lecture