3 Oscillations and waves

This chapter covers many demonstrations in the field of oscillations and waves.

• 3A oscillations
  • 3A10 Pendula
    • 01 Mathematical Pendulum (1) Simple Harmonic Motion
    • 02 Mathematical pendulum (2) Large angle
    • 03 Mathematical Pendulum (3) Determining g
    • 04 Chaotic Pendulum
  • 3A15 Physical Pendula
    • 01 Physical Pendulum (1) Compound Pendulum
    • 02 Physical Pendulum (2)
    • 03 Physical Pendulum (3) Oscillating Ring
  • 3A40 Simple Harmonic Motions
    • 01 Mathematical Pendulum (1) Simple Harmonic Motion
    • 01 Mathematical Pendulum (1) Simple Harmonic Motion
    • 03 Simple Harmonic Motion (SHM) (1)
    • 03 Simple Harmonic Motion (SHM) (2)
    • 05 Simple Harmonic Motion (SHM) (3)
  • 3A50 Damped Oscillators
    • 01 Damped Harmonic Motion
    • 02 Damped Galvanometer
  • 3A95 Non-Linear Systems
    • 3A95.01
    • Fakir
    • 02 Chaotic Pendulum
• 3B wave motion
  • 3B10 Transverse Pulses and Waves
    • 01 Reflections of Transverse Pulses (2)
    • 02 Speed of a Single Pulse on Different Strings (2)
    • 03 Reflections of Transverse Pulses (1)
    • 04 Speed of a Single Pulse on Different Strings (1)
    • 05 Transverse Traveling Wave (1)
    • 06 Transverse Traveling Wave (2)
  • 3B20 Longitudinal Pulses and Waves
    • 01 Reflected Sound Pulses
  • 3B22 Standing Waves
    • 01 deBroglie Applied to Bohr
    • 02 Handheld Standing Waves
    • 03 Kundt’s Tube
    • 04 Sonometer by Hand
    • 05 Plucking a String
    • 06 Microwave Oven Standing Waves
  • 3B25 Impendance and Dispersion
    • 01 Impedance Matching
  • 3B40 Doppler Effect
    • 01 Doppler
• 3C acoustics
  • 3C50 Wave Analysis and Synthesis
    • 05 Plucking a String
• 3D instruments
• 3E sound reproduction