Experimental Physics I(2)
| Course Purpose |
|---|
| Students will deepen their understanding of physical phenomena and physical laws by actually conducting basic experiments and measurements. Students will acquire fundamentals of experimental and measurement techniques, as well as the skills to write reports to communicate the scientific results obtained to others. |
| Learning Goals |
| Students should be able to: (1) understand the principles of physics measurement and develop the ability to apply them to their research. (2) acquire habits of finding problems during experiments and of solving them by themselves. (3) properly estimate experimental errors. (4) deepen their understanding of various physics concepts and phenomena through experiments. (5) learn the proper structure of a scientific report and develop skills to write a clear and concise report. |
| Topic | |
|---|---|
| About 8 of the 13 themes below will be rotated. 1. Measurement of Gravitational Acceleration by Borda's Pendulum 2. Measurement of thermal work equivalent by electric current 3. Measurement of specific heat capacity by cooling method 4. Measurement of battery electromotive force 5. Fundamentals of electrical measurement 6. Electrical Characteristics of RC Circuits 7. Measurement of Planck's constant by photoelectric effect 8. Measurement of electron specific charge 9. Measuring the Wavelength of Light with a Prism Spectrometer 10. Measuring the wavelength of light with Michelson's interferometer 11. Measurement of Young's modulus by Kundt's experiment 12. Light diffraction 13. Creating a measurement program using LabView |