Physical chemistrySyllabus

Subject code

İF-3065Y

Credits

4

Student workload

120

Semester

Spring semester

Academic year

2025-2026

Subject type

Mandatory

Form of education

Full-time

Language of instruction

Azerbaijani

In-class hours

a) 30 saat mühazirə b) 15 saat seminar C) 15 saat laboratoriya

Out-of-class hours

a) 24 saat MRTSİ b) 36 saat TSİ

The subject of physical chemistry serves to study the physical regularities of chemical processes and the principles of energy, equilibrium and speed of substance transformations. within the subject, theoretical knowledge of chemical thermodynamics, chemical kinetics, phase equilibrium, solutions, electrochemistry and surface phenomena is mastered. as a result, students gain the ability to scientifically understand the mechanism of chemical processes, their control principles and their application in various engineering and technological systems.

• lecture
• seminar
• laboratory work

No learning outcomes have been added.

1. 1.
   3. chemical thermodynamics - law II and III of thermodynamicsLecture
2. 2.
   4. chemical thermodynamics - chemical equilibrium. thermodynamic expression of equilibrium constantLecture
3. 3.
   5. solutions, alloys - solubility. basic physico-chemical laws of solutionsLecture
4. 4.
   6. solutions, alloys - types of solid solutions. it mixes. intermetallicsLecture
5. 5.
   7. heterogeneous phase equilibria - physico-chemical analysis. phase transitions. hibbs phase ruleLecture
6. 6.
   8. heterogeneous phase equilibria - research methods of physical-chemical analysisLecture
7. 7.
   9. heterogeneous phase equilibria - phase diagrams. basic types of state diagrams of one- and two-component metal systemsLecture
8. 8.
   10. chemical kinetics and catalysis. reaction speed and formulationLecture
9. 9.
   11. chemical kinetics and catalysis - the effect of temperature on the rate of chemical reaction. van't-hoff ruleLecture
10. 10.
    12. chemical kinetics and catalysis - catalytic reactions. catalysisLecture
11. 11.
    13. physico-chemistry of nanoparticles. basic concepts. volume three-dimensional (3d) structures, nanoclusters, size dependence of physico-chemical parametersLecture
12. 12.
    14. electrochemistry. corrosion phenomena - electrochemical systems. electrodes and batteriesLecture
13. 13.
    15. electrochemistry. corrosion phenomena corrosion of metals and its control. chemical and electrochemical corrosionLecture
14. 14.
    1. acquaintance with the laboratory. information about safety equipmentLaboratory
15. 15.
    2. determination of the density of substancesLaboratory
16. 16.
    3. refractometry. determination of the refractive indexLaboratory
17. 17.
    4. - maddələrin istilik tutumu. i̇zobar və izoxor istilik turmlarının təyiniLaboratory
18. 18.
    5. cryoscopy and ebuloscopy. determination of freezing pointLaboratory
19. 19.
    6. studying the kinetics of the complex ether decomposition reaction, determining the reaction compositionLaboratory
20. 20.
    7. determination of the speed of the iodination reaction of acetoneLaboratory
21. 21.
    8. completion of laboratory works. acceptance of casesLaboratory
22. 22.
    1. basic thermodynamic concepts. thermodynamic functions. thermochemistry. hess's lawSeminar
23. 23.
    2. expression methods of the II and III laws of thermodynamics. enthalpy, entropy and gibbs energy of reactionsSeminar
24. 24.
    3. laws of raoul and henry. cryoscopy and ebuloscopySeminar
25. 25.
    4. applying the rule of phases to one, two and three component systemsSeminar
26. 26.
    5. one- and two-order reactionsSeminar
27. 27.
    6. activation energy and its determination. the effect of catalysts on the direction of the reaction. selectivitySeminar
28. 28.
    7. electrode potentials. electromotive force (emf) of an electrochemical circuit. hardness cyclesSeminar

No reading list has been added.