II. WYMAGANIA WSTĘPNE (zaliczenie innych kursów, itp.)
Physical Chemistry I
III. KRÓTKI OPIS ZAWARTOŚCI CAŁEGO KURSU (ok. 50 słów)
Topics discussed include: surface phenomena, electrochemistry, Chemical kinetics, elements of solid-state chemistry, elements of photochemistry.
IV. WYKŁAD
Zawartość tematyczna poszczególnych godzin wykładowych |
Liczba godzin (<2) |
1. Colligative propts.: ebulioscopy, cryoscopy, osmotic pressure |
2 |
2. Surface phen.: surf. tension, surf.-active substances, LB films, adsorption |
4 |
3. Irreversible processes: diffusion, viscous flow |
2 |
4. Electrochemical cells |
4 |
5. dc current flow through electrode-electrolyte interfaces. Electrolysis |
4 |
6. łonie conductivity in electrolyte Solutions |
3 |
7. Equilibria in electrolyte Solutions |
3 |
8. Colloids: classification, properties, the sol-gel method |
4 |
9. Chemical kinetics: basie notions, elementary reactions |
4 |
10. Chemical kinetics: complex reactions |
2 |
11. Elements of solid-state chemistry |
4 |
12. Elements of photochemistry |
4 |
13. Dipole moments |
2 |
V. ZAWARTOŚĆ TEMATYCZNA ĆWICZEŃ (SEMINARIUM) (ok. 50 stów lub specyfikacja)_
The exercises (tutorials) are correlated with the lecture: students solve numerical problems related to the matter discussed by the lecturer.
VI. ZAWARTOŚĆ TEMATYCZNA LABORATORIUM (PROJEKT)
1. K. Pigoń i Z. Ruziewicz, Chemia Fizyczna (in Polish) PWN 1980 and later editions.
2. P.W. Atkins, Chemia Fizyczna, PWN 2001 (in Polish);
P.W. Atkins, Physical Chemistry. J. Wiley 1990 and later editions.
3. (Tutorials) J. Demichowicz-Pigoniowa, Obliczenia fizykochemiczne (in Polish), Oficyna Wyd. PWr 1997.
4. (Tutorials) P.W. Atkins, C.A. Trapp, M.P. Cady i C. Giunta, Chemia Fizyczna. Zbiór zadań z rozwiązaniami (in Polish), PWN 2001
H. Kuhn and H.-D. Foersterling, Principles of Physical Chemistry. Understanding Molecules, Molecular Assemblies, Supramolecular Machines. J. Wiley 2000
Warunki zaliczenia;
Lecture: Written examination Tutorials: Test