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MIT Physics III Vibrations and Waves

Track :

Science

Lessons no : 24

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What will you learn in this course?
  • Understand the principles of simple harmonic motion and apply them to real-world vibrating systems
  • Analyze wave properties such as wavelength, frequency, and amplitude in various physical contexts
  • Calculate wave speed, frequency, and wavelength for different types of waves including sound and light
  • Differentiate between transverse and longitudinal waves and identify their characteristics in physical phenomena
  • Apply the wave equation to solve problems involving wave propagation and energy transfer
  • Describe the behavior of waves at boundaries, including reflection, refraction, and diffraction
  • Utilize mathematical tools to model vibrations and wave phenomena in physical systems
  • Assess the impact of damping and resonance on vibrations and wave behavior in engineering applications
  • Interpret experimental data related to vibrations and waves to draw meaningful conclusions
  • Develop practical skills in using laboratory equipment to observe and analyze vibrations and wave phenomena

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Lessons | 24
8 03 Introduction Walter Lewin
00:07:17

8 03 Introduction Walter Lewin
8 03 Lect 1 Periodic Phenomena SHO Complex Notation Physical Pendulum
01:17:56

8 03 Lect 1 Periodic Phenomena SHO Complex Notation Physical Pendulum
8 03 Lect 2 Beats Damped Free Ocillations Quality Q
01:20:52

8 03 Lect 2 Beats Damped Free Ocillations Quality Q
8 03 Lect 3 Driven Oscillations With Damping Steady State Solutions Resonance
01:09:05

8 03 Lect 3 Driven Oscillations With Damping Steady State Solutions Resonance
8 03 Lect 4 Forced Oscillations Power Resonance Transient Solutions
01:17:22

8 03 Lect 4 Forced Oscillations Power Resonance Transient Solutions
8 03 Lect 5 Coupled Oscillators Resonance Frequencies Superposition of Modes
01:18:19

8 03 Lect 5 Coupled Oscillators Resonance Frequencies Superposition of Modes
8 03 Lect 6 Coupled Oscillators Steady State Transient Solutions Intial Conditions
01:20:24

8 03 Lect 6 Coupled Oscillators Steady State Transient Solutions Intial Conditions
8 03 Lect 7 Many Coupled Oscillators Wave Equation Transverse Traveling Waves
01:18:31

8 03 Lect 7 Many Coupled Oscillators Wave Equation Transverse Traveling Waves
8 03 Lect 8 Traveling Waves Standing Waves Longitudinal Waves Energy in Waves
01:16:28

8 03 Lect 8 Traveling Waves Standing Waves Longitudinal Waves Energy in Waves
8 03 Lect 9 Sound Cavities Resonance Frequencies Musical Instruments
01:20:25

8 03 Lect 9 Sound Cavities Resonance Frequencies Musical Instruments
8 03 Lect 10 First Exam Review Breaking Wine Glass with Sound
01:17:20

8 03 Lect 10 First Exam Review Breaking Wine Glass with Sound
8 03 Lect 11 Fourier Analysis Time Evolution of Pulses on Strings
01:14:22

8 03 Lect 11 Fourier Analysis Time Evolution of Pulses on Strings
8 03 Lect 12 Dispersion Phase Velocity Group Velocity
01:18:42

8 03 Lect 12 Dispersion Phase Velocity Group Velocity
8 03 Lect 13 Electromagnetic Waves Solutions to Maxwell s Equations Polarization
01:15:11

8 03 Lect 13 Electromagnetic Waves Solutions to Maxwell s Equations Polarization
8 03 Lect 14 Accelerated Charges Poynting Vector Power Rayleigh Scattering
01:17:03

8 03 Lect 14 Accelerated Charges Poynting Vector Power Rayleigh Scattering
8 03 Lect 15 Doppler Effect Big Bang Cosmology Neutron Stars Black Holes
01:17:32

8 03 Lect 15 Doppler Effect Big Bang Cosmology Neutron Stars Black Holes
8 03 Lect 16 Standing EM Waves Reflection Transmission Lines Rad Pressure
01:15:51

8 03 Lect 16 Standing EM Waves Reflection Transmission Lines Rad Pressure
8 03 Lect 17 Wave Guides Resonance Cavities Great Sound Demo in Closed Box
01:16:48

8 03 Lect 17 Wave Guides Resonance Cavities Great Sound Demo in Closed Box
8 03 Lect 18 Index of Refraction Reflection Fresnel Equations Brewster Angle
01:21:33

8 03 Lect 18 Index of Refraction Reflection Fresnel Equations Brewster Angle
8 03 Lect 19 Second Exam Review
01:20:11

8 03 Lect 19 Second Exam Review
8 03 Lect 20 Interference Huygen s Principle Thin Films Double Slit Demo
01:16:42

8 03 Lect 20 Interference Huygen s Principle Thin Films Double Slit Demo
8 03 Lect 21 Diffraction Gratings Spectral Angular Resolution Human Eye
01:23:38

8 03 Lect 21 Diffraction Gratings Spectral Angular Resolution Human Eye
8 03 Lect 22 Rainbows Coronae Glories Glass Bow Great Demos
01:23:09

8 03 Lect 22 Rainbows Coronae Glories Glass Bow Great Demos
8 03 Lect 23 Farewell Special My Early Years at MIT Balloon Astrophysics
01:18:03

8 03 Lect 23 Farewell Special My Early Years at MIT Balloon Astrophysics


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Ali Zahed Sarwari 

I really enjoyed the MIT Physics III course on Vibrations and Waves. The lectures were clear and well-structured, making complex concepts like wave interference, standing waves, and resonance easier to understand. I particularly appreciated the mix of theory and practical examples, which helped me see how the principles apply in real-world situations. The problem sets were challenging but rewarding, pushing me to think critically and deepen my understanding. Overall, this course strengthened my foundation in wave physics and has motivated me to explore more advanced topics in the field.
2025-10-11

RAMAMOHAN REDDY 

Thanks For your valuable knowledge
2025-02-21

Boussada Ahmed Amine 

THANKS
2025-02-09

Muhammad Arsal 

Good
2024-07-25

Satpute Sanjyot Balaji 

I like the way they teach
2023-03-02

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For a vibration to occur an object must repeat a movement during a time interval. A wave is a disturbance that extends from one place to another through space. Light and sound are vibrations that move through space -- they are waves!