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MIT Physics III Vibrations and Waves

Track :

Science

Lessons no : 24

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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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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!