6. Course content 6.1. List of lectures

Themes

Hours

Reference

Rate score

Theme 1. Bases of the nuclear and molecular doctrine. Main concepts and chemistry laws. Law of equivalents.

1

1-3

0.3

Theme 2. Structure of atom and periodic law.

1

1-3

0.3

Theme 3. Chemical bond and structure of molecules.

1

1-3

0.3

Theme 4. Main regularities of course of chemical reactions. Bases of chemical thermodynamics. Thermochemistry.

1

1-3

0.3

Theme 5. Kinetics of chemical reactions. Chemical balance.

1

1-3

0.3

Theme 6. Disperse systems. True solutions. Solutions of nonelectrolits.

1

1-3

0.3

Theme 7. Water solutions of electrolits. Theory of an electrolytic dissociation. Strong and weak electrolits.

1

1-3

0.3

Theme 8. Dissociation of water. Hydrogen indicator. Buffer solutions.

1

1-3

0.3

Theme 9. Hydrolysis of salts.

1

1-3

0.3

Theme 10. Complex connections.

1

1-3

0.3

Theme 11. Oxidation-reduction reactions.

1

1-3

0.3

Theme 12. Еlectrochemical processes

1

1-3

0.3

Theme 13. Chemistry of metals.

1

3-5

03

Theme 14. Corrosion of metals and ways of protection against it.

1

3-5

0.3

Theme 15. Environment protection.

1

3-5

0.3

№

п/п

Themes

Hours

Reference

Control’s rate score

1

Bases of the nuclear and molecular doctrine. Main concepts and chemistry laws. Law of equivalents.

1

4

0,33

2

Structure of atom and periodic law.

1

4

0,33

3

Chemical bond and structure of molecules.

1

4

0,33

4

Main regularities of course of chemical reactions. Bases of chemical thermodynamics. Thermochemistry.

1

4

0,33

5

Kinetics of chemical reactions. Chemical balance.

1

4

0,33

6

Disperse systems. True solutions. Solutions of non electrolits.

1

4

0,33

7

Water solutions of electrolits. Theory of an electrolytic dissociation. Strong and weak electrolits.

1

4

0,33

8

Dissociation of water. Hydrogen indicator. Buffer solutions.

1

4

0,33

9

Hydrolysis of salts.

1

4

0,33

10

Complex connections.

1

4

0,33

11

Oxidation-reduction reactions.

1

4

0,33

12

Electrode potentials. Galvanic cell.

1

4

0,33

13

Chemical Properties of metals.

1

4

0,33

14

Chemical and electrochemical corrosion.

1

4

0,33

15

Repetition of the passable materials

1

4

0,33

№

Theme

Content (tasks) of self-study

Expected results

Reference

Assessment

Due to…

Score

1

Fundamental laws of chemistry.

Law of equivalents, gas laws, Avogadro's law. Solution of tasks.

-

1-3

Task checking

1 week

1

2

Mendeleyev's periodic system

To know the periodic law, a system structure. To write electronic and graphic formulae of 4 elements, to characterize their properties.

-

1-3

Task checking

2 week

1

3

Chemical bond

Types of a chemical bond. Structure of molecules. Concept about hybridization. Mechanism of formation of a chemical bond. Hydrogen bond. To make notes.

-

1-3

Recitation according to the abstract

3rd week

1

4

Power of chemical processes.

Concepts enthaly, entropy, Gibbs's energy. To be able to define the reaction direction. Solution of problems.

-

1-3

Task checking

4 week

1

5

The kinetics of chemical processes

To Distinguish homogeneous and heterogeneous reactions, to know the factors influencing speed of reactions. Solution of problems.

-

1-3

Task checking

5 week

1

6

Ways of expression of concentration of solutions.

To be able to express concentration of solutions, to pass from one concentration to another. Solution of problems.

-

1-3

Task checking

6 week

1

7

Properties of solutions of non electrolits.

Osmosis, osmotic pressure to be able to define temperature of boiling and freezing of solutions. Raul, Vant-Goff's laws. Solution of problems.

-

1-3

Task checking

7 week

1

8

Solutions of electrolits.

To distinguish strong and weak electrolits. To be able to write down the ionic equations of reactions. To do exercises.

-

1-3

Task checking

8 week

1

9

Hydrogen indicator.

To be able to define рН strong and weak acids and the bases. Solution of problems.

-

1-3

Task checking

9 week

1

10

Hydrolysis of salts.

To be able to define nature of hydrolysis of salt, to write down the reaction equation in an ionic and molecular look. To do exercises.

-

1-3

Task checking

10 week

1

11

Oxidation-reduction reactions.

Concepts: oxidizer reducer, oxidation, restoration. To be able to define painting masses of equivalents of -oxidizers and reducers. Solution of problems.

-

1-3

Task checking

11 week

1

12

To distinguish electrolysis of fusions and solutions. To know cathodic and anode processes. Faraday's laws. Solution of tasks on codes.

-

1-3

Verification of abstracts and recitation

12 week

1

13

To know types of corrosion and ways of protection against them: sheetings, alloying, tire-tread protection. To make the abstract.

-

3-5

Task checking

13 week

1

14

To know properties of metals depending on an arrangement among tension. Performance of test tasks.

-

3-5

Task checking

14 week

1

15

To make the abstract on properties of nonmetals. Performance of test tasks.

-

3-5

Defend the abstract or report

15 week

5