Physics 2 for NANO 0800-NFIZ2

Full description of the course The scope of the course includes the following thematic groups:
1. Harmonic motion
2. Damped and forced mechanical vibrations
3. Electromagnetic vibrations
4. Mechanical waves
5. Acoustic waves
6. Electromagnetic waves
7. Elements of relativistic physics
8. Basic laws of geometrical optics
9. Optical elements and devices
10. Diffraction and interference of light
11. Polarization of light
12. Mechanical properties of solids
13. Fluid mechanics
14. Diffusion and statistical description of gases
15. Kinetic theory of gases
16. Temperature and the zeroth law of thermodynamics
17. Heat and the first law of thermodynamics
18. The second law of thermodynamics and heat machines
19. Entropy and the third law of thermodynamics
20. Phase changes
Exercises consist of analyzing problems and solving exercises illustrating the issues discussed in the lecture.

Total student workload

Total workload of a student/postgraduate student/participant in training courses Hours with teachers (contact hours): 90 hrs. - participation in lectures 45 hrs., - participation in exercises: 45 hrs., Time devoted to individual work required to pass the course: 60 hrs. Time required to prepare and participate in the assessment process: 30 hrs. Total: 180 hrs. (6 ECTS)

Learning outcomes - knowledge

Learning outcomes – knowledge Has knowledge of basic concepts and laws in the field of: W01: harmonic motion and resonance phenomenon, W02: wave motion and related phenomena W03: wave and geometric optics: interference and diffraction of light, polarization of electromagnetic waves, refraction phenomenon, total internal reflection phenomenon, principle of operation of thin lenses, dispersion of light W04: relativistic physics W05: fluid statics and dynamics: hydrostatic pressure, Archimedes' principle, buoyancy force, Bernoulli's principle, law of continuity of flow W06: thermodynamics: diffusion and statistical description of gases, kinetic theory of gases, temperature and zeroth law of thermodynamics, heat and first law of thermodynamics, second law of thermodynamics and heat machines, entropy and third law of thermodynamics Subject outcomes W01-W06 implement directional effects: – implements effects Directional: K_W01, K_W02, K_W05

Learning outcomes - skills

U1: Is able to analyze, describe and present physical phenomena in the field of wave and optical physics, relativistic and classical physics and thermodynamics in an understandable way – realizes the K_U02 major effect U2: Is able to obtain information from the literature, interpret and draw conclusions concerning tasks in the field of wave and optical physics, relativistic and classical physics and thermodynamics and understands the need for further education in this field – realizes the K_U05, K_U13 and K_U15 major effects

Learning outcomes - social competencies

K1: Knows the limitations of one's own knowledge of the physics of vibrations and waves, geometric and wave optics, the physics of continuous media, thermodynamics and statistical physics, and nuclear and elementary particle physics – realizes the directional effect K_K01

Teaching methods

Lecture with demonstrations and calculation exercises. Expository didactic method: demonstration; Submitting didactic method: informative lecture (conventional) Searching didactic method: exercise, observation

Observation/demonstration teaching methods

- display

Expository teaching methods

- discussion
- informative (conventional) lecture

Exploratory teaching methods

- classic problem-solving

Type of course

compulsory course

Prerequisites

- passing the course "Physics for NANO 1" - knowledge of the basics of differential and integral calculus, including calculating partial derivatives and total differentials, as well as knowledge of complex numbers.

Course coordinators

Michał Zieliński

Assessment criteria

Assessment methods and criteria Subject and lecture credit based on a two-hour written exam (test with problems and tasks, maximum number of points 40), which verifies all learning outcomes.
Written exam grade:
dst - from 15 points
dst plus - from 18
db - from 21
db plus - from 24
bdb - from 27
A necessary condition for taking the exam is to pass the exercises in advance.
The final grade for the subject is calculated taking into account the final grade for the exercises (with a weight of 0.4) and the final grade for the exam (with a weight of 0.6).
Credit for exercises based on the results obtained from current quizzes in class and tests (colloquium) verifying the achievement of all assumed learning outcomes. Homework and activity in class are also scored.
A student in a full cycle of exercises can obtain:
- 40 points for tests (maximum 20 points for each);
- 10 additional points for tests, homework or activity.

A necessary condition for passing the exercises is for the student to obtain at least 20 points. The final grade is determined based on the number of points obtained according to the criterion:
> 39 points bdb (5.0)
35-39 points db+ (4.5)
30-34 points db (4.0)
25-29 points dst+ (3.5)
20-24 points dst (3.0)
< 20 points ndst (2.0)
Students who do not obtain a pass (obtain less than 20 points) will be able to take an additional test, the scope and date of which are determined by the instructor. Passing this test means obtaining a final grade of satisfactory.

Bibliography

Basic literature:
1. D. Halliday, R. Resnick, J. Walker, "Podstawy fizyki", vol. 2-5, PWN, Warsaw 2007 (or newer edition)
2. R.P. Feynman, R.B. Leighton, M. Sands: Feynman Lectures on Physics, PWN, 2014.
3. A.N. Matwiejew: Fizyka cząsteczkowa, PWN (1989).
Supplementary literature:
1. S. Szczeniowski, "Fizyka Eksperitalna", PWN, Warsaw 1983
2. F.C. Crawford, "Fale", PWN, Warsaw 1975
3. "Fizyka dla szkół wyższych", collective work, OpenStax, Polish translation Katalyst Education,
http://openstax.org/details/books/fizyka-dla-szkół-wyżych-tom-1, http://openstax.org/details/books/fizyka-dla-szkół-wyżych-tom-2, http://
openstax.org/details/books/fizyka-dla-szkół-wyżych-tom-3

Additional information

Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system:

Description of 0800-NFIZ2 in USOSweb