FB05 Physik

Lehrinhalte
A basic introduction into civil-engineering-related physics topics. A special
emphasis is put on areas of physics not covered by other courses such as
technical mechanics:

1. Units in physics
2. Thermodynamics
3. Transport
4. Classical interactions: gravity, electricity, magnetism
5. Oscillations and waves
6. Basics of optics
7. Basics of electronics

The lecture is offered as a 4-hour course with live experiments during 3/4 of the term. In addition to the lecture course, extended execises (Übungen) with problem-solving and exam-preparation is offered.

Literatur
All introductory physics textbook,
[b]Physik für Wissenschaftler und Ingenieure[/b] von Paul A. Tipler, Gene Mosca, Michael Basler und Renate Dohmen von Spektrum Akademischer Verlag

[b]Halliday Physik[/b]: Bachelor-Edition von Stephan W. Koch, David Halliday, Robert Resnick und Jearl Walker von Wiley-VCH Verlag GmbH & Co. KGaA

comprehensive reference book:
[b]Physik für Ingenieure[/b] (Hering/Martin/Stohrer, Springer Verlag, Heidelberg)

Voraussetzungen
Basic calculus and technical mechanics. Knowledge of basic physics concepts that are typically part of the curriculum in Physics for the Abitur. To test yourself in these basic concepts or to acquire them, a physics bridge course  will be available in the moodle classroom.

Erwartete Teilnehmerzahl
800

Further Grading Information
The exercises are a [i]Studienleistung[/i]. They will help you to gain a deeper insight into the topics of the lecture. They are a very good preparation for the final exam.

[b]Requirements for [i]Studienleistung[/i]:[/b]
(prerequisite for successfully taking part in exam)
will be announced in first lecture

[b]Requirements for [i]Fachprüfung[/i]:[/b] passing final exam (Mi, 28. Aug. 2019 09:00-12:00)

[b]Permitted aids [/b]for the final exam (and the preliminary exam) are
[list]
[*]1 text book of your choice, e.g. Hering "Physik", Tipler "Physik". This book must not contain any notes for solutions added.Also books that are primarily collections of excercies are not allowed.
[*]1 hand-written personal collection of important formulas: 1 page DIN A4 both sides, without solution schemes for excercices.
[*]a calculator (no computer algebra CAS, and no smartphone)
[*]permanent pen
[/list]

Devices with network communication are not allowed.

Übertragungswege
Lecture Hall: S2 06 - 030
additional lecture hall with videos from the lecture hall: S1 01 - A04

Zusätzliche Informationen
To apply for participation in exercice groups to receive the 'Studienleistung', please register in TUCaN until Tuesday, 23.04.2019 23:59.
In case you have already acquired the 'Studienleistung' in previous years, it is still desirable that you participate in the excercies. Here you can also gain a Bonus for the 'Klausur'. To do so, you also have to apply for participation until Tuesday, 23.04.2019 23:59 but since you will not be able to register directly in TUCaN, contact[b] [/b][b]studienbuero@bauing.tu-darmstadt.de[/b] and let them know in which group you want to be subscribed.
 

Additional Information
Further information as well as presentations and excercises will be available through moodle.
Please use your TU-ID for login. A keyphrase is not neccesary.
http://moodle.tu-darmstadt.de

Lehrinhalte
[b]Role in the curriculum[/b]
Physics II is part of the introductory course in experimental physics for physics majors in the B.Sc. program, the teacher-education program, and for students majoring in mathematics, computer science, or other subjects.

[b]Topics[/b]
I. Mechanical oscillations and waves
[list]
[*]Oscillations
[*]Waves
[*]Acoustics
[/list]
II. Electrodynamics
[list]
[*]Electrostatics
[*]Direct currents and current networks
[*]Magnetostatics
[*]Time-dependent fields
[*]Maxwell's equations
[*]Electromagnetic oscillations and waves
[/list]
III. Special relativity (time permitting)
[list]
[*]Inertial systems
[/list]
Consequences of the Lorentz transformation

Literatur
Please use a textbook in addition to the material published on the moodle page of this course.  To find a textbook most suitable for you, please check the various books prior to purchase.

The books listed below will be cited regularly in the course materials.  Please be aware of differences arising from different editions or versions in different languages.  The course materials will refer to the editions and versions listed on the German course descrption page, largely different from the list given here for English-language books.
[list]
[*]Giancoli:
Physics for Scientists and Engineers, 4th ed.,
Pearson Education, London 2013
[*]Halliday, Resnick, Walker:
Fundamentals of Physics: Extended, 11th ed.,
John Wiley & Sons, Hoboken, NJ 2018
[*]Tipler, Mosca:
Physics for Scientists and Engineers, 6th ed.,
WH Freeman, New York, NY 2008
[*]Feynman, Leighton, Sands:
The Feynman Lectures on Physics, Vol. I,
Addison-Wesley, Reading, MA 1963
[*]Feynman, Leighton, Sands:
The Feynman Lectures on Physics, Vol. II,
Addison-Wesley, Reading, MA 1964
[/list]

Voraussetzungen
Mathematical preparation course recommended
Physik I recommended; for students commencing their studies in the summer term and those having failed the exam in Physik I, we recommend participation in the physical preparation course.

Erwartete Teilnehmerzahl
200

Further Grading Information
[i]Concept[/i]

The course is partially based on the flipped-classroom concept.  For specific lectures, students are required to study written materials or/and videos in advance.  The "lecture" will be used to discuss your questions, concepts, and problems. 

For in-class quizzes and problems, we will use the on-line voting system PINGO (link to PINGO homepage here).  Please bring your smart phone, a tablet computer, or a laptop.

[i]Exam[/i]

Passing the written two-hour exam is required for passing the course.  Tentative exam date: Thu July 23, 5:30-7:30 p.m.

[i]Grade-point bonus[/i]

There will be quizzes announced at the beginning of the term.  The two best quizzes count.  If the marks obtained in the quizzes is better than the grade obatined in the written exam, a grade-point bonus up to 0.4 grade points will be awarded.  

Official Course Description
cf. course handbook:
[url]https://www.physik.tu-darmstadt.de/study/bachelor_1/index.de.jsp[/url]

Zusätzliche Informationen
Weekly problem tutorials are offered.  The focus of these tutorials is on collaborative problem solving.  Homework problems are offered; homework may be handed in the following week for assessment.  Problems (and later also solutions) will be published in moodle. 

Gefährdungsbeurteilung
[list]
[*]Visiting closed room and lecture halls with large number of participants may stimulate fatigue. We will ask you to open doors and (where available) windows during the breaks. To take environmental issues into consideration, excessive heat loss is to be avoided in heated rooms when venting.
[*]Be advised that mainaining a monotonous, restricted posture (sitting) should be avoided over extended periods of time.  Please use the breaks for your personal mobilization.
[*]Also take care of an adaequate seating position when taking notes or when using electronic devices because in lecture halls the recommendations of the workplace guidelines may not be guaranteed.
[*]The lecture halls, in which lecture and recitation sessions will be held, are equipped with stairs.  Please note possible tripping hazards.  Due to safety reasons, the class cannot start if stairs, flights, or escape routes are blocked, e.g., because of a too large number of participants.
[*]For the case of a possible evacuation (fire, smoke, threat, emergency situations, etc.), please inform yourself before the start of the course about the posted evacuation plans.  Follow the signs to the emergency exits.
[*]Should you become aware of an emergency situation (fire, smoke, threat, etc.), please notify teaching personnel immediately. 
[/list]

Online-Angebote
Moodle