Organic chemistrySyllabus

Subject code

: İF-3031y

Credits

6

Student workload

180

Semester

Spring semester

Academic year

2025-2026

Subject type

Mandatory

Form of education

Full-time

Language of instruction

Azerbaijani

In-class hours

a) Muhazirə -30 saat; b) seminar -15 saat; c) laboratoriya -30 saat

Out-of-class hours

a) TSİ - 63 saat; b) MRTSİ- 42 saat

The subject "organic chemistry" is taught on the following topics: classification of organic compounds, nomenclature of the main class of organic compounds, methods of preparation, physical and chemical properties, molecular, structural and electronic structures of organic substances, isomerism, spatial structures of organic compounds, methods of obtaining organic compounds in industry and their application, electronic effects of substituents in organic compounds, use of modern physicochemical methods in determining the structure of organic compounds.

• lecture
• laboratory work
• seminar
• teamwork
• presentations

1. 1

   CLO 1: It explains the classification, nomenclature, molecular structure and physicochemical properties of the main classes of organic compounds.

2. 2

   CLO 2: Analyzes methods of obtaining organic compounds, chemical transformations and reaction mechanisms.

3. 3

   CLO 3: Evaluates the influence of isomerism, spatial structure and electronic effects on the properties and reactivity of substances in organic compounds.

4. 4

   CLO 4: Uses modern physico-chemical analysis methods to determine the structure of organic compounds and interprets the obtained results.

5. 5

   CLO 5: It justifies the acquisition technologies and application fields of organic compounds suitable for various industrial processes.

6. 6

   CLO 6: Applies theoretical knowledge of organic chemistry to solving chemical engineering problems and makes scientifically sound decisions based on experimental results.

1. 1.
   Alkanes Lecture

   Homology order. general formula. isomerism. nomenclature. methods of purchase. chemical properties. application.

2. 2.
   Alkanes Lecture

   Homology order. general formula. isomerism. nomenclature. methods of purchase. chemical properties. application.

3. 3.
   Alkanes Lecture

   Homology order. general formula. isomerism. nomenclature. methods of purchase. chemical properties. application.

4. 4.
   Alkanes Lecture

   Homology order. general formula. isomerism. nomenclature. methods of purchase. chemical properties. application.

5. 5.
   Alkadienes Lecture

   Homology order. general formula. isomerism. nomenclature. methods of purchase. chemical properties. application.

6. 6.
   Aromatic compounds.Lecture

   The concept of aromaticity. development of ideas about the structure of benzene. kekule formula. modern electronic and quantum-chemical insights into the structure of benzene. length of communications. conjugation energy of benzene, methods of its determination. magnetic character, explanation of special properties of benzene. homology order. general formula. isomerism. nomenclature. methods of purchase. chemical properties. application.

7. 7.
   Application of spectral methods to study the structure of organic compoundsLecture

   Infrared (ir) spectroscopy. electronic spectra. nuclear magnetic resonance (nmr) spectroscopy. mass spectroscopy.

8. 8.
   Halogenated derivatives of hydrocarbonsLecture

   General formula. isomerism. single, double and triple halogenalkanes. nomenclature. methods of purchase. chemical properties. application.

9. 9.
   Mono- and polyhydric alcoholsLecture

   Homology order. general formula. classification: single, double, triple alcohols. nomenclature. methods of purchase. chemical properties. application.

10. 10.
    Mono- and polyhydric alcoholsLecture

    Homology order. general formula. classification: single, double, triple alcohols. nomenclature. methods of purchase. chemical properties. application.

11. 11.
    Mono- and polyhydric alcoholsLecture

    Homology order. general formula. classification: single, double, triple alcohols. nomenclature. methods of purchase. chemical properties. application.

12. 12.
    Simple ethers. epoxy compoundsLecture

    Simple ethers. epoxy compounds

13. 13.
    Simple ethers. epoxy compoundsLecture

    Simple ethers. epoxy compounds

14. 14.
    Aldehyde and ketonesLecture

    General formula. isomerism. nomenclature. methods of purchase. chemical properties. application.

15. 15.
    Thioalcohols, thioethers, sulfoacids

    General formula. isomerism. nomenclature (trivial, efficient and systematic). methods of purchase. chemical properties. application.

16. 16.
    Nitrocompounds Lecture

    General formula. isomerism. nomenclature. methods of purchase. chemical properties. application.

17. 17.
    Nitrocompounds Lecture

    General formula. isomerism. nomenclature. methods of purchase. chemical properties. application.

18. 18.
    Amens

    General formula. isomerism. nomenclature. methods of purchase. chemical properties. application.

19. 19.
    General formula.

    General formula. isomerism. nomenclature. methods of purchase. chemical properties. application..

20. 20.
    Heterocyclic compoundsLecture

    Furan. tiofe. pyrrole. pyridine. quinoline. isoquinoline. nomenclature. methods of purchase. chemical properties. application.

21. 21.
    Alkanes (saturated hydrocarbons, paraffins). alicyclic compoundsSeminar

    Alkanes (saturated hydrocarbons, paraffins). alicyclic compounds

22. 22.
    Alkenes Seminar

    Alkenes (saturated hydrocarbons, paraffins)

23. 23.
    Alkadienes Seminar

    Alkenes (saturated hydrocarbons, paraffins)

24. 24.
    Alkynes Seminar

    Alkynes (acetylene hydrocarbons)

25. 25.
    Aromatic compounds.Seminar

    Aromatic compounds.

26. 26.
    Application of spectral methods to study the structure of organic compoundsSeminar

    Application of spectral methods to study the structure of organic compounds

27. 27.
    Mono- and polyhydric alcohols. phenolSeminar

    Mono- and polyhydric alcohols. phenol

28. 28.
    Aldehyde and ketonesSeminar

    Aldehyde and ketones

29. 29.
    Heterocyclic compoundsSeminar

    Heterocyclic compounds

30. 30.
    Electrophilic coupling reactionsIndependent work

    Electrophilic coupling reactions

31. 31.
    Alkenes are mainly industrial synthesesIndependent work

    Alkenes are mainly industrial syntheses

32. 32.
    Industrial syntheses based on acetyleneIndependent work

    Industrial syntheses based on acetylene

33. 33.
    Industrial syntheses based on acetyleneIndependent work

    Industrial syntheses based on acetylene

34. 34.
    Alcohols are mainly industrial synthesesIndependent work

    Alcohols are mainly industrial syntheses

35. 35.
    Grignard reagent and syntheses based on itIndependent work

    Grignard reagent and syntheses based on it

36. 36.
    Derivatives of organic acids and their applicationIndependent work

    Derivatives of organic acids and their application

37. 37.
    Methods of obtaining homologues of benzeneIndependent work

    Methods of obtaining homologues of benzene

38. 38.
    Nucleophilic substitution reactionsIndependent work

    Nucleophilic substitution reactions

39. 39.
    Similar and different properties of aldehydes and ketonesIndependent work

    Similar and different properties of aldehydes and ketones

40. 40.
    Familiarity with safety technique rules, laboratory equipment and facilities.Laboratory

    Familiarity with safety technique rules, laboratory equipment and facilities.

41. 41.
    Physical and chemical analysis methods of organic substancesLaboratory

    Physical and chemical analysis methods of organic substances

42. 42.
    Acquisition of cyclohexeneLaboratory

    Acquisition of cyclohexene

43. 43.
    Acquisition of bromocyclohexeneLaboratory

    Acquisition of bromocyclohexene

44. 44.
    Obtaining benzyl alcohol and benzoic acidLaboratory

    Obtaining benzyl alcohol and benzoic acid

45. 45.
    Obtaining 1,4-dioxaneLaboratory

    Obtaining 1,4-dioxane

46. 46.
    Acquisition of phenolLaboratory

    Acquisition of phenol

No reading list has been added.