Physical Chemistry: Laboratory II - S403012
| Title: |
Physical Chemistry: Laboratory II |
| Form of teaching: |
laboratory practicals |
| Guaranteed by: |
Department of Physical Chemistry (403) |
| Faculty: |
Faculty of Chemical Engineering |
| Actual: |
from 2011 to 2018 |
| Duration in semesters: |
1 |
| Semester: |
winter |
| Points: |
winter s.:3 |
| E-Credits: |
winter s.:3 |
| Examination process: |
winter s.: |
| Hours per week, examination: |
winter s.:0/3, MC [HT] |
| Capacity: |
unknown / unknown (unknown) |
| Maximum number of enrolled students: |
unlimited |
| Min. number of students: |
unlimited |
| State of the course: |
taught |
| Language: |
English |
| Teaching methods: |
full-time |
| Level: |
|
| Repeated enrollment: |
- / - / - / 9 |
|
|
|
Separate introduction in english for each laboratory work.
Last update: Vrbka Pavel (25.07.2012)
|
| Syllabus -
| |
|
4 allday laboratory works from:
1. Partial molar volumes in binary systems.
2. Measurement of cell electromotive force - determination of activity coefficient of electrolytes.
3. Conductivity of electrolytes - solubility product, infinite-dilution molar conductivity.
4. Kinetics of the second-order reaction.
5. Determination of activation energy of the first- and second-order reactions.
Last update: Vrbka Pavel (25.07.2012)
1. Partial molar volumes in binary systems.
2. Measurement of cell electromotive force - determination of activity coefficient of electrolytes.
3. Conductivity of electrolytes - solubility product, infinite-dilution molar conductivity.
4. Kinetics of the second-order reaction.
5. Determination of activation energy of the first- and second-order reactions.
Last update: Vrbka Pavel (25.07.2012)
|
