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Modda tuzilishi

MDT1306 · 3-semester · 60530100 Chemistry · 2024 intake

Credits
6
Total hours
180
Contact hours
76
Type
Compulsory
Block
Majburiy fanlar
Final assessment
Imtihon

Hours breakdown

  • Lecture38 h
  • Laboratory38 h
  • Practical0 h
  • Independent study104 h

Topics · 30

Lecture · 38 h

  1. 1.Kvant mexanikasidagi molekulyar muommolar.4
  2. 2.Yadro masalarini hal qilish usullari va xususiyatlarni umumiylashtirish.4
  3. 3.Moddalarning agregat va fazaviy holatlari.4
  4. 4.Kristall panjaralar va ularning turlari.4
  5. 5.Moddalardagi kimyoviy bog‘lanishning xillari.4
  6. 6.Molekulalarning fazoviy tuzilishi va gibridlanish.4
  7. 7.Molekulalarning simmetriya elementlari.4
  8. 8.Molekulyar ichki aylanish va konformatsiyalar.2
  9. 9.Dielektriklar va molekulalarning elektr xususiyatlari.2
  10. 10.Tashqi elektromagnit maydondagi molekula.2
  11. 11.Molekulalarning magnit xususiyatlari.2
  12. 12.Ko'p atomli molekulalarning aylanish-tebranish yutilish spektrlari.2

Laboratory · 38 h

  1. 1.Atomning kvant mexanik modelini tushunish.2
  2. 2.Atom orbitallari shakllari.2
  3. 3.Kimyoviy bog‘lanish nazariyalari.2
  4. 4.Gibridlanish nazariyasi.2
  5. 5.Molekula shaklini aniqlash2
  6. 6.Molekulyar massa va Avogadro soni.2
  7. 7.Dipol moment va qutblanish.2
  8. 8.Kristall panjaralar nazariyasi.2
  9. 9.Molekulalararo kuchlar.2
  10. 10.Termokimyo.2
  11. 11.Gazlarning kinetik nazariyasi.2
  12. 12.Faza o‘zgarishlari.2
  13. 13.Moddalar aralashmalari va ularning tuzilishi.2
  14. 14.Spektroskopiya asoslari.2
  15. 15.Atom-absorbsion spektroskopiya2
  16. 16.Rentgenostrukturaviy tahlil2
  17. 17.Kompyuterda molekulalarni modellashtirish.4
  18. 18.Kristall panjaralarning xossalari.2

Assessment (max score)

  • Final exam 5
  • Total 5
  • Midterm 1 5
  • Midterm 2 5

Source: HEMIS. Titles as in HEMIS (in Uzbek). Reading list and grading criteria are in the department's approved syllabus.

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