Separate introduction in english for each laboratory work.

1. Ideal-gas equation of state - determination of molar mass by V. Meyer's method.

2. One-component phase equilibrium - saturated vapour pressure of liquids.

3. Phase diagrams of two-components condensed system - solid-liquid equilibrium.

4. Colligative properties - freezing point depression.

5. Temperature dependence of solubility of salts.

6. Calorimetry I - heat of solution of inorganic salts.

7. Calorimetry II - enthalpy of combustion.

8. Kinetics of the first-order reaction.

9. Vapour-liquid equilibrium.

10.Phase diagrams of three-components condensed system - liquid-liquid equilibrium.

5 allday laboratory works from:

1. Ideal-gas equation of state - determination of molar mass by V. Meyer's method.

2. One-component phase equilibrium - saturated vapour pressure of liquids.

3. Phase diagrams of two-components condensed system - solid-liquid equilibrium.

4. Colligative properties - freezing point depression.

5. Temperature dependence of solubility of salts.

6. Calorimetry I - heat of solution of inorganic salts.

7. Calorimetry II - enthalpy of combustion.

8. Kinetics of the first-order reaction.

9. Vapour-liquid equilibrium.

10.Phase diagrams of three-components condensed system - liquid-liquid equilibrium.

To obtain the credit it is necessary to pass all prescribed laboratory work, to elaborate and to defend the protocols to them. The resulting mark is calculated from the success of control tests and laboratory works (protocols).