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267208 PR Laboratory 1 for Physics Teacher Training (2020S)
Continuous assessment of course work
Labels
Summary
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 03.02.2020 08:00 to Mo 24.02.2020 07:00
- Deregistration possible until Th 30.04.2020 23:59
Registration information is available for each group.
Groups
Group 1
max. 24 participants
Language: German
LMS: Moodle
Lecturers
Classes (iCal) - next class is marked with N
Vorbesprechung: DO 05.03.2020 12.30-14.30 Ort: Christian-Doppler-Hörsaal, Boltzmanngasse 5, 3. Stk., 1090 Wien
Die Anwesenheit bei der Vorbesprechung ist zwingend erforderlich (Gruppeneinteilung, Sicherheitsbelehrung etc.). Wer bei der Vorbesprechun und beim ersten Termin nicht anwesend ist, wird von der Lehrveranstaltung abgemeldet.
- Tuesday 17.03. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Tuesday 24.03. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Tuesday 31.03. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Tuesday 21.04. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Tuesday 28.04. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Tuesday 05.05. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Tuesday 12.05. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Tuesday 19.05. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Tuesday 26.05. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Tuesday 09.06. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Tuesday 16.06. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Tuesday 23.06. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
Aims, contents and method of the course
Introduction to basic physical measurements and calculations of uncertainty applied to mechanics, thermodynamics, optics and electricity.Due to COVID-19 measures, the course hat to be restructured completely. From April, 21st until May, 26th you must attend the Moodle-course. You will find all details there. 6 face-to-face-units are held in summer in a 2-week-blocked lab-couse (July or September). There is no final experimental-exam, max. points and grade-scale stays the same.METHODS:Work is divided in eLearning-phases and practical work in the labs (blended learning concept). The preparation for the experiments takes place in an eLearning environment. The practical work is done in 12 units during the semester.OBJECTIVES:1. Application of basic knowledge in physics to simple experimental problems.2. Improved understanding of physical concepts by performing experiments.3. Acquire new knowledge in physics and apply it to new problems.4. Learn to handle simple measurement devices and tools.5. Learn to write a protocol of the experimental results.6. Learn to estimate the accuracy of measurements.7. Become acquainted with computer-based data acquisition and evaluation. Learn to use computers for teaching at schools.8. Training in teamwork. Learn to work in small groups.
Assessment and permitted materials
Marks are given for the preperation of experimental work and the qualitiy of the written reports. Finally there is an experimental exam. Permitted materials: Everything except non-selfmade reports.Due to COVID-19 measures, the course hat to be restructured completely. From April, 21st until May, 26th you must attend the Moodle-course. You will find all details there. 6 face-to-face-units are held in summer in a 2-week-blocked lab-couse (July or September). There is no final experimental-exam, max. points and grade-scale stays the same.UPDATE May-12th: For details see moodle-course
Minimum requirements and assessment criteria
At least 10 out of 12 lab course units absolved, compulsory lab course units LS1, 2, 3, 4, A absolved.
At least 24 of 48 possible points and a passed experimental exam.43 - 48: Sehr gut
37 - 42: Gut
30 - 36: Befriedigend
24 - 29: Genügend
0 - 23: Nicht genügendDue to COVID-19 measures, the course hat to be restructured completely. From April, 21st until May, 26th you must attend the Moodle-course. You will find all details there. 6 face-to-face-units are held in summer in a 2-week-blocked lab-couse (July or September). There is no final experimental-exam, max. points and grade-scale stays the same.
At least 24 of 48 possible points and a passed experimental exam.43 - 48: Sehr gut
37 - 42: Gut
30 - 36: Befriedigend
24 - 29: Genügend
0 - 23: Nicht genügendDue to COVID-19 measures, the course hat to be restructured completely. From April, 21st until May, 26th you must attend the Moodle-course. You will find all details there. 6 face-to-face-units are held in summer in a 2-week-blocked lab-couse (July or September). There is no final experimental-exam, max. points and grade-scale stays the same.
Group 3
max. 24 participants
Language: German
LMS: Moodle
Lecturers
Classes (iCal) - next class is marked with N
Vorbesprechung: DO 05.03.2020 12.30-14.30 Ort: Christian-Doppler-Hörsaal, Boltzmanngasse 5, 3. Stk., 1090 Wien
Die Anwesenheit bei der Vorbesprechung ist zwingend erforderlich (Gruppeneinteilung, Sicherheitsbelehrung etc.). Wer bei der Vorbesprechun und beim ersten Termin nicht anwesend ist, wird von der Lehrveranstaltung abgemeldet.
- Wednesday 18.03. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 25.03. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 01.04. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 22.04. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 29.04. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 06.05. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 13.05. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 20.05. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 27.05. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 10.06. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 17.06. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 24.06. 13:00 - 15:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
Aims, contents and method of the course
Introduction to basic physical measurements and calculations of uncertainty applied to mechanics, thermodynamics, optics and electricity.METHODS:Work is divided in eLearning-phases and practical work in the labs (blended learning concept). The preparation for the experiments takes place in an eLearning environment. The practical work is done in 12 units during the semester.OBJECTIVES:1. Application of basic knowledge in physics to simple experimental problems.2. Improved understanding of physical concepts by performing experiments.3. Acquire new knowledge in physics and apply it to new problems.4. Learn to handle simple measurement devices and tools.5. Learn to write a protocol of the experimental results.6. Learn to estimate the accuracy of measurements.7. Become acquainted with computer-based data acquisition and evaluation. Learn to use computers for teaching at schools.8. Training in teamwork. Learn to work in small groups.Due to COVID-19 measures, the course hat to be restructured completely. From April, 21st until May, 26th you must attend the Moodle-course. You will find all details there. 6 face-to-face-units are held in summer in a 2-week-blocked lab-couse (July or September). There is no final experimental-exam, max. points and grade-scale stays the same.
Assessment and permitted materials
Marks are given for the preperation of experimental work and the qualitiy of the written reports. Finally there is an experimental exam. Permitted materials: Everything except non-selfmade reports.Due to COVID-19 measures, the course hat to be restructured completely. From April, 21st until May, 26th you must attend the Moodle-course. You will find all details there. 6 face-to-face-units are held in summer in a 2-week-blocked lab-couse (July or September). There is no final experimental-exam, max. points and grade-scale stays the same.UPDATE May-12th: For details see moodle-course
Minimum requirements and assessment criteria
At least 10 out of 12 lab course units absolved, compulsory lab course units LS1, 2, 3, 4, A absolved.
At least 24 of 48 possible points and a passed experimental exam.43 - 48: Sehr gut
37 - 42: Gut
30 - 36: Befriedigend
24 - 29: Genügend
0 - 23: Nicht genügendDue to COVID-19 measures, the course hat to be restructured completely. From April, 21st until May, 26th you must attend the Moodle-course. You will find all details there. 6 face-to-face-units are held in summer in a 2-week-blocked lab-couse (July or September). There is no final experimental-exam, max. points and grade-scale stays the same.
At least 24 of 48 possible points and a passed experimental exam.43 - 48: Sehr gut
37 - 42: Gut
30 - 36: Befriedigend
24 - 29: Genügend
0 - 23: Nicht genügendDue to COVID-19 measures, the course hat to be restructured completely. From April, 21st until May, 26th you must attend the Moodle-course. You will find all details there. 6 face-to-face-units are held in summer in a 2-week-blocked lab-couse (July or September). There is no final experimental-exam, max. points and grade-scale stays the same.
Group 4
max. 24 participants
Language: German
LMS: Moodle
Lecturers
Classes (iCal) - next class is marked with N
Vorbesprechung: DO 05.03.2020 12.30-14.30 Ort: Christian-Doppler-Hörsaal, Boltzmanngasse 5, 3. Stk., 1090 Wien
Die Anwesenheit bei der Vorbesprechung ist zwingend erforderlich (Gruppeneinteilung, Sicherheitsbelehrung etc.). Wer bei der Vorbesprechun und beim ersten Termin nicht anwesend ist, wird von der Lehrveranstaltung abgemeldet.
- Wednesday 18.03. 16:00 - 18:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 25.03. 16:00 - 18:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 01.04. 16:00 - 18:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 22.04. 16:00 - 18:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 29.04. 16:00 - 18:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 06.05. 16:00 - 18:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 13.05. 16:00 - 18:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 20.05. 16:00 - 18:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 27.05. 16:00 - 18:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 10.06. 16:00 - 18:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 17.06. 16:00 - 18:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
- Wednesday 24.06. 16:00 - 18:30 Physikalisches Anfängerpraktikum, Zugang: 1090, Boltzmanngasse 1, Rechter Hof, durch großes Holztor
Aims, contents and method of the course
Introduction to basic physical measurements and calculations of uncertainty applied to mechanics, thermodynamics, optics and electricity.METHODS:Work is divided in eLearning-phases and practical work in the labs (blended learning concept). The preparation for the experiments takes place in an eLearning environment. The practical work is done in 12 units during the semester.OBJECTIVES:1. Application of basic knowledge in physics to simple experimental problems.2. Improved understanding of physical concepts by performing experiments.3. Acquire new knowledge in physics and apply it to new problems.4. Learn to handle simple measurement devices and tools.5. Learn to write a protocol of the experimental results.6. Learn to estimate the accuracy of measurements.7. Become acquainted with computer-based data acquisition and evaluation. Learn to use computers for teaching at schools.8. Training in teamwork. Learn to work in small groups.Due to COVID-19 measures, the course hat to be restructured completely. From April, 21st until May, 26th you must attend the Moodle-course. You will find all details there. 6 face-to-face-units are held in summer in a 2-week-blocked lab-course (July or September). There is no final experimental-exam, max. points and grade-scale stays the same.
Assessment and permitted materials
Marks are given for the preperation of experimental work and the qualitiy of the written reports. Finally there is an experimental exam. Permitted materials: Everything except non-selfmade reports.Due to COVID-19 measures, the course hat to be restructured completely. From April, 21st until May, 26th you must attend the Moodle-course. You will find all details there. 6 face-to-face-units are held in summer in a 2-week-blocked lab-course (July or September). There is no final experimental-exam, max. points and grade-scale stays the same.UPDATE May-12th: For details see moodle-course
Minimum requirements and assessment criteria
At least 10 out of 12 lab course units absolved, compulsory lab course units LS1, 2, 3, 4, A absolved.
At least 24 of 48 possible points and a passed experimental exam.43 - 48: Sehr gut
37 - 42: Gut
30 - 36: Befriedigend
24 - 29: Genügend
0 - 23: Nicht genügendDue to COVID-19 measures, the course hat to be restructured completely. From April, 21st until May, 26th you must attend the Moodle-course. You will find all details there. 6 face-to-face-units are held in summer in a 2-week-blocked lab-course (July or September). There is no final experimental-exam, max. points and grade-scale stays the same.
At least 24 of 48 possible points and a passed experimental exam.43 - 48: Sehr gut
37 - 42: Gut
30 - 36: Befriedigend
24 - 29: Genügend
0 - 23: Nicht genügendDue to COVID-19 measures, the course hat to be restructured completely. From April, 21st until May, 26th you must attend the Moodle-course. You will find all details there. 6 face-to-face-units are held in summer in a 2-week-blocked lab-course (July or September). There is no final experimental-exam, max. points and grade-scale stays the same.
Information
Examination topics
Content of lab courses
Reading list
Association in the course directory
UF PHYS 04
Last modified: Fr 04.02.2022 00:26