The course is divided into several basic blocks:
- Introduction, matter and its macroscopic properties.
- Thermodynamics, basic thermodynamic laws and their consequences.
- Thermodynamics of liquid, gaseous and solids states.
- Thermodynamics of one-component and multicomponent systems.
- Chemical thermodynamics.
- Equilibrium in systems nonelecrolytes and electrolytes, equilibrium of chemical reactions.
- Equilibrium on the interface.
- Chemical kinetic, description of the rate of chemical processes, mechanisms of chemical processes. Homogeneous and heterogeneous processes.
- Introduction, matter and its macroscopic properties.
- Thermodynamics, basic thermodynamic laws and their consequences.
- Thermodynamics of liquid, gaseous and solids states.
- Thermodynamics of one-component and multicomponent systems.
- Chemical thermodynamics.
- Equilibrium in systems nonelecrolytes and electrolytes, equilibrium of chemical reactions.
- Equilibrium on the interface.
- Chemical kinetic, description of the rate of chemical processes, mechanisms of chemical processes. Homogeneous and heterogeneous processes.