| Course title |
Physics Laboratory |
| Lecturer |
dr Barbara Klein-Szymańska |
| Semester |
Winter |
| Description |
The laboratory exercises cover:a/ the performance of experiments related to: wave? and particle?like properties of light and matter, gravitational, electric and magnetic fields.b/ Methods of processing, analysing and presenting of the obtained result. Error analysis. |
| Prerequisites |
General knowledge of classical mechanics, electromagnetisms and modern physics. Elements of differential and integral calculus. Computer skills. |
| Course content |
Investigations of absorption and fluorescence. Emission spectra. Rydberg constant determination. Measure of light and microwave wavelength by means of various methods. De Broglie hypothesis verification (case for electrons in motion). Investigation of photoelectric effect. Measure of simple harmonic motion. Investigation of anharmonic motion of physical pendulum. Investigation of electron motion in electric and magnetic fields. Determination of the value of e/m ratio. Hall effect investigation. Magnetic properties of solids. Temperature dependence of resistivity of metal and semi-conductors. g rays absorption. Scintillation detector: identification of the nuclides and determination of the energy of b and g decays. |
| Recommended books |
Manuals containing complete description of the experiment, relevant theory and the list of suggested auxiliary literature are available for the students in Physics Laboratory. |
| Examination type |
written |
| Level |
2nd year |
| Credits |
3 |
| Language |
Polish |
| Faculty |
Chemical and Process Engineering |
