1. Basic chemical terms: substance amount, atomic and molecular mass, relative molecular mass, molar mass, molar volume.
2. Atom structure: basic characteristics of an atom, atomic nucleus, radioactive conversion of nucleus.
3. Electron shell: quantum numbers, atomic shell, rules for filling orbitals
4. Periodic table of elements: structuring, electron configuration, frequency of atomic parameters.
5. Chemical bond: theory of bonds - MO-LCAO, non-polar covalent bond, polar covalent bond, hybridization, coordinate bond, ion bond, metallic bond,
6. Chemical formulas: types of chemical formulas, VSEPR.
7. Chemical reaction: types of chemical reactions, chemical equations.
8. Redox reactions: oxidation number, redox reactions.
9. Stechiometric calculations: calculating from chemical formulas and equations.
10. Principles of co-ordinative chemistry: basic terms, type of compounds, properties, importance of a complex.
11. Nomenclature of anorganic compounds: binary compounds, hydrated oxides, acids and their salts, co-ordinative compounds.
12. Systematics of inorganic Chemistry: periodicity properties of elements and theircompounds.
13. Elements of main groups (s and p elements) and their compounds with the aspect to their occurrence in the environment (general description of the group, physical and chemical properties of elements, the occurrence of elements, preparation, importance and use of compounds of elements the group - hydrides, oxides, acids / principles, salts, complex compounds -their preparation, properties, use).
14. Elements of secondary groups (d elements, lanthanides and actinides) and
compounds with the aspect of their occurrence in the environment (general description of the group, physical and chemical properties of elements, the occurrence of elements, preparation, importance and use, their compounds - preparation, properties, use).
2. Atom structure: basic characteristics of an atom, atomic nucleus, radioactive conversion of nucleus.
3. Electron shell: quantum numbers, atomic shell, rules for filling orbitals
4. Periodic table of elements: structuring, electron configuration, frequency of atomic parameters.
5. Chemical bond: theory of bonds - MO-LCAO, non-polar covalent bond, polar covalent bond, hybridization, coordinate bond, ion bond, metallic bond,
6. Chemical formulas: types of chemical formulas, VSEPR.
7. Chemical reaction: types of chemical reactions, chemical equations.
8. Redox reactions: oxidation number, redox reactions.
9. Stechiometric calculations: calculating from chemical formulas and equations.
10. Principles of co-ordinative chemistry: basic terms, type of compounds, properties, importance of a complex.
11. Nomenclature of anorganic compounds: binary compounds, hydrated oxides, acids and their salts, co-ordinative compounds.
12. Systematics of inorganic Chemistry: periodicity properties of elements and theircompounds.
13. Elements of main groups (s and p elements) and their compounds with the aspect to their occurrence in the environment (general description of the group, physical and chemical properties of elements, the occurrence of elements, preparation, importance and use of compounds of elements the group - hydrides, oxides, acids / principles, salts, complex compounds -their preparation, properties, use).
14. Elements of secondary groups (d elements, lanthanides and actinides) and
compounds with the aspect of their occurrence in the environment (general description of the group, physical and chemical properties of elements, the occurrence of elements, preparation, importance and use, their compounds - preparation, properties, use).