Section 14.13 Vibrations and Waves Bootcamp
Subsection 14.13.1 Sinusoidal Waves
Problem 14.13.1. Obtaining Properties of Sinusoidal Waves from Wave Function.
Follow the link: Checkpoint 14.1.2.
Subsection 14.13.2 Normal Modes of a String
Problem 14.13.2. Vibrations of a Guitar String.
Follow the link: Checkpoint 14.3.6.
Problem 14.13.3. Shape of Modes of Vibration of a String.
Follow the link: Checkpoint 14.3.7.
Subsection 14.13.3 Resonance of a String
Problem 14.13.4. Exciting a Guitar String to Resonate.
Follow the link: Checkpoint 14.4.3.
Subsection 14.13.4 Wave Functions
Problem 14.13.5. Determining Wave Function of a Plane Wave from Given Characteristic.
Follow the link: Checkpoint 14.6.4.
Subsection 14.13.5 Energy, Power, and Intensity
Problem 14.13.6. Intensity and Energy of a Plane Wave.
Follow the link: Checkpoint 14.7.2.
Problem 14.13.7. Intensity and Energy of a Spherical Wave.
Follow the link: Checkpoint 14.7.3.
Problem 14.13.8. Amplitude of Spherical Wave From Intensity and Distance from Source.
Follow the link: Checkpoint 14.7.4.
Subsection 14.13.6 Interference of Waves
Problem 14.13.9. Constructive and Destructive Interference.
Follow the link: Checkpoint 14.9.5.
Problem 14.13.10. Variation of Intensity in Interference.
Follow the link: Checkpoint 14.9.6.
Subsection 14.13.7 Beats
Problem 14.13.11. Using Beats to Tune a Piano.
Follow the link: Checkpoint 14.10.3.
Problem 14.13.12. How Much to Tighten a Piano String to Tune Piano?
Follow the link: Checkpoint 14.10.4.
Subsection 14.13.8 Diffraction
Problem 14.13.13. Single-slit Fraunhofer Diffraction of Light.
Follow the link: Checkpoint 14.12.4.