(in Polish) Struktura fizyki 390-FS1-3STF
Year of study / semester: 3 year/6 semester
Number of hours of didactic classes: Lecture - 30 h, seminar - 30 h
Total ECTS: 5
The range of topics:
Topics taken at the lecture:
1. Physics components
2. Classic mechanics
3. Principles of conservation in physics
5. Lorentz transformation.
6. Maxwell's equations.
7. Electricity and magnetism
8. Electromagnetic waves and matter waves.
9. Laws of thermodynamics.
10. Basics of statistical physics.
11. Quantum mechanics
12. Elementary particles.
Topics taken during the seminar:
Selected problems related to the significant achievements of modern physics and useful applications of physical phenomena.
Type of course
Mode
Requirements
Structure of Matter
Contemporary Physics
Elements of Quantum Mechanics
Statistical Physics
Physics Laboratory
Introductory Physics
Prerequisites
Structure of Matter
Contemporary Physics
Elements of Quantum Mechanics
Statistical Physics
Physics Laboratory
Introductory Physics
Prerequisites (description)
Course coordinators
Learning outcomes
A student:
1. Understands the structure of physics as a scientific discipline, gains the awareness of the connections of particular fields and theories, knows examples of erroneous hypotheses of physical and erroneous physical theories (K_W04).
2. Knows the limitations of the applicability of selected physical theories, models of physical objects and the description of physical phenomena (K_W05).
3. Understands the formal structure of basic physical theories, can use appropriate mathematical tools to quantify the phenomena from selected physics departments (K_W07).
4. Can present in a popular manner the basic facts from the physics departments, outline the structure of physics as a scientific discipline and present the influence of selected discoveries in the field of physics on the development of technology, economy and civilization development (K_U01).
5. Is able to prepare a study, including those addressed to a mass audience, regarding research in the field of physics departments, using the obtained knowledge and literature and Internet resources (K_U02).
6. Can independently search for information in the literature and Internet resources, also in foreign languages (K_K05).
Assessment criteria
Passing the course is based on the assessment that takes into account presentation skills of the choosen topics during the seminar and the ability to discuss problems related to these subjects.
Bibliography
Recommended literature:
1. David Halliday, Robert Resnick, Jearl Walker, Fundamentals of Physics, 9th Edition, John Wiley & Sons, Inc. , 2011
Additional information
Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system: