Summary of lectures on discipline: "Chemistry":
Lecture number 1
Mendeleev's periodic law in the light of the structure of the atom.
Chemical bonding and structure of molecules.
Introduction to solid state.
Fundamentals of chemical thermodynamics.
Chemical kinetics.
Solution.
Physical and chemical analysis.
Fundamentals of electrochemistry. Corrosion of metals.
Surface phenomena.
Lecture number 2
Aufbau principle.
Lantonoydy and oktenoydy.
The method of valence bonds.
The method of molecular orbitals.
Sigma and R - Us.
Lecture number 3
Properties of water.
Intermolecular interactions.
Solids. Electrolytes theory of the solid state.
Classification crystals.
Lecture number 4
Classification of crystals by type of chemical. connection.
The basic elements of chemical thermodynamics.
Standard enthalpy of formation. Hess's law and its consequences.
Lecture number 5
Job expansion of one mole of an ideal gas.
Kirchhoff's law in integral form.
Thermodynamic potentials.
Lecture number 6
Chemical equilibrium.
Fundamentals of chemical kinetics.
Lecture number 7
Fundamentals of chemical kinetics.
Molecularity. The order of the reaction.
Classification of reactions according to the degree of difficulty.
The dependence of the reaction rate on temperature. Rule van't Hoff.
Physico-chemical sense of the activation energy.
Kinetics of heterogeneous reactions.
Catalysis.
Lecture number 8
Solution.
Process - extraction.
The dependence of solubility on temperature.
The first law of Raul.
The second law of Raul.
Electrolytes.
Lecture number 9
Electrolytic dissociation of water.
The electrolyte solution.
RN - solutions.
Physical and chemical analysis.
Gibbs phase rule.
Diagram P, t - water.
Lecture number 10
Have distetiki
Fundamentals of electrochemistry.
Metals in solution own salts.
Theory cell.
Thermodynamics of electrochemical cell.
Hydrogen electrode. Standard potentials. A number of stresses.
No feedback yet