280447 VU VU Physical Concepts (PI) (2021S)
Continuous assessment of course work
Labels
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).
- Registration is open from Mo 08.02.2021 10:00 to We 24.02.2021 23:59
- Registration is open from Mo 01.03.2021 10:00 to Mo 15.03.2021 23:59
- Deregistration possible until Mo 15.03.2021 23:59
Details
max. 90 participants
Language: German
Lecturers
- Florian Ragossnig
- Silvia Bucci
- Oliver Hahn
- Nicolas Iro
- Lukas Kugler
- Yanina Metodieva
- Andreas Plach
- Stefan Wallner
- Ines Ringseis (Student Tutor)
Classes
Following the university's Covid regulations, the course will be held online until further notice, accessible via Moodle. Exams and special lectures will be held in HS2 at the UZA II.
Mid-term exam: Tue, May 4th, 2021, HS 2 and HS 3 UZA IIFinal exam: Tue, June 29th, 2021, HS 2 und HS 3 UZA IILectures:
TUE, weekly from March 3rd until June 29th 2021, 1.15pm - 4.30pmTutorials - Astronomy:
Group 1: THURS, weekly from March 4th until June 24th 2021, 1.15pm - 2.45pm
Group 2: THURS, weekly from March 4th until June 24th 2021, 3pm - 4.30pmTutorials - Meteorology:
MON, weekly from March 8st until June 28th, 4pm - 5.30pm
Information
Aims, contents and method of the course
Wechselwirkung zwischen Strahlung und Materie, Strahlungstransport, Hydrodynamik (Kontinuitätsgleichung, Impulsgleichungen für rotierende Planeten, lineare Wellen, Navier-Stokes-Gleichungen), atmosphärische Thermodynamik
Assessment and permitted materials
Vorlesungsteil: Jeweils eine Teilprüfung am Ende der jeweiligen Einheitenblöcke der Fachgebiete (Meteorologie / Astronomie).
Übungsteil: Abgabe bearbeiteter Übungsbeispiele; Präsentieren, Vorrechnen und Erklären der Beispiele
Übungsteil: Abgabe bearbeiteter Übungsbeispiele; Präsentieren, Vorrechnen und Erklären der Beispiele
Minimum requirements and assessment criteria
In order to successfully complete the entire LV (lecture + tutorial), each student needs to:cross off a minimum of 50% of the given examples - Criterion 1. Examples that are not handed in on time cannot be considered. Furthermore, crossed examples are bound to the attendance of the student, which means that in the case of non-attending the tutorial, crossed off examples will be deleted.
you can gain a maximum of 2 points per presentation. At the end of the term, each student must have at least 2 points on his presentation record - Criterion 2. The assessment follows:
+ 0 points: example addressed but wrong comprehension of the problem
+ 1 point: example addressed but some mistakes during the presentation
+ 2 points: example solved (small errors like signs are not treated as such)
- 2 points: if the example has been clearly copied from someone else. No understanding of the problem.performance UE [%] =[ number crossed off examples / total number of examples + (presenter points−2) ⋅ 0.04] ⋅ 100total performance [%] = performance VO [%] ⋅ 0.57 + performance UE [%] ⋅ 0.43Sehr Gut 100% - 91%
Gut 90% - 78%
Befriedigend 77% - 61%
Genügend 60% - 50%
Nicht Genügend <50% or <2 presenter points or <50% crossed-off examples
you can gain a maximum of 2 points per presentation. At the end of the term, each student must have at least 2 points on his presentation record - Criterion 2. The assessment follows:
+ 0 points: example addressed but wrong comprehension of the problem
+ 1 point: example addressed but some mistakes during the presentation
+ 2 points: example solved (small errors like signs are not treated as such)
- 2 points: if the example has been clearly copied from someone else. No understanding of the problem.performance UE [%] =[ number crossed off examples / total number of examples + (presenter points−2) ⋅ 0.04] ⋅ 100total performance [%] = performance VO [%] ⋅ 0.57 + performance UE [%] ⋅ 0.43Sehr Gut 100% - 91%
Gut 90% - 78%
Befriedigend 77% - 61%
Genügend 60% - 50%
Nicht Genügend <50% or <2 presenter points or <50% crossed-off examples
Examination topics
Reading list
Hantel M., Einführung Theoretische Meteorologie.
Holton J., An Introduction to Dynamic Meteorology.
Mihalas Dimitri, Foundations of Radiation Hydrodynamics.
Holton J., An Introduction to Dynamic Meteorology.
Mihalas Dimitri, Foundations of Radiation Hydrodynamics.
Association in the course directory
Last modified: Tu 15.06.2021 07:49