Universität Wien
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280330 UE PM-Met-6 Dynamics of the Atmosphere 1 (PI) (2012S)

Continuous assessment of course work

2F513, Mi 16:00-18:00
Termine/Dates:
07.03.2012 (Vorbesprechung/Preliminary Meeting)
14.03.2012
21.03.2012
28.03.2012
18.04.2012
02.05.2012
09.05.2012
16.05.2012
23.05.2012
06.06.2012
13.06.2012
22.06.2012 / 25.06.2012 (WH-Einheit/Review Session)
27.06.2012 (Abschlusstest)

Registration/Deregistration

Note: The time of your registration within the registration period has no effect on the allocation of places (no first come, first served).

Details

max. 30 participants
Language: German

Lecturers

Classes

Currently no class schedule is known.

Information

Aims, contents and method of the course

Same as for the related course "280329 VO Dynamics of the Atmosphere 1"

Assessment and permitted materials

The grading system is based on: i) homework and blackboard performance; ii) an individual project; iii) a final exam.
i) Homework and blackboard performance, altogether, account for 40% of the final grade (exercise points).
ii) Small individual projects will be distributed during the semester to students. About 4 weeks of time will be granted to the students to work out their project and finally present it in a 15 min talk. The project accounts for 20% of the final grade (project points).
iii) The final exam accounts for the remaining 40% of the final grade (exam points).
To pass the course successfully, a minimum of 30% per each category (exercise points, project points, exam points) is required.

Exercise points:
At the beginning of each exercise session, a sheet is circulated on which students can tick what exercises they solved. During the session, students are asked to come to the blackboard and their performance is evaluated with a weighting factor between 0.0 and 1.0.
At the end of the course, exercise points are calculated as (A/B)*C, where:
A: sum of points gained by ticking problems.
B: total points available.
C: mean weighting factor of the blackboard performances.
The worst homework session is not included in the computation ("void result").

Minimum requirements and assessment criteria

Students following this course, will learn to understand and to apply the fundamental mathematical and physical concepts of geophysical fluid dynamics related to meteorology.

Examination topics

Exercise problems will be solved by the students at home. During the exercise session the problems will be presented by students at the blackboard and discussed in class. Small individual projects will be worked out within about four weeks of time and presented in a 15 min talk.

Reading list

Hantel, M. and D. Mayer, 2006: Skriptum Theoretische Meteorologie I. Facultas. Kapitel 7-13.
Hantel, M. and D. Mayer, 2006: Skriptum Theoretische Meteorologie II. Facultas. Kapitel 1-4, 8-10.
Holton, J.R., 2004: An Introduction to Dynamic Meteorology. Elsevier Academic Press. Kapitel 1-4, 6-7.
Etling, D., 2008: Theoretische Meteorologie. Springer-Verlag. Kapitel 1, 6-13.

Association in the course directory

E713

Last modified: Mo 07.09.2020 15:42