Oscillations and Resonance explores some of the most fascinating wave and vibration phenomena found in physics. Students investigate how standing waves form, how resonance produces dramatic increases in amplitude, and how sound waves behave in strings and air columns. The course then examines the wave nature of light through diffraction, interference, and thin-film effects before exploring polarization and the limits of optical resolution. Finally, students study simple harmonic motion, developing mathematical and physical models for oscillating systems such as springs and pendulums. Throughout the course, learners connect theoretical concepts to real-world applications in music, engineering, communications, optics, astronomy, and modern technology.
Main Units
- 教師: Young Mr.