Video Lectures for Physics 116

Physics 116 Lecture Videos


Topic 1: Simple Harmonic Motion

Total time: 2:25


Introduction to Simple Harmonic Motion, part 1 (29 minutes)
Introduction to Simple Harmonic Motion, part 2 (19 minutes)
Introduction to Simple Harmonic Motion, part 3 (24 minutes)
Introduction to Simple Harmonic Motion, part 4 (13 minutes)
Introduction to Simple Harmonic Motion, part 5 (19 minutes)
Introduction to Simple Harmonic Motion, part 6 (16 minutes)


Topic 2: The Simple Pendulum

Total time: 1:17


The Simple Pendulum, part 1 (25 minutes)
The Simple Pendulum, part 2 (22 minutes)
The Simple Pendulum, part 3 (30 minutes)


Topic 3: Energy in SHM

Total time: 0:55


Energy in SHM, part 1 (26 minutes)
Energy in SHM, part 2 (29 minutes)


Topic 4: Damped, Driven Harmonic Motion

Total time: 1:22


Damped Oscillations (32 minutes)
Driven Oscillations (32 minutes)
Resonance in Damped & Driven Oscillators (18 minutes)


Topic 5: Traveling Waves

Total time: 2:54


Traveling Waves, part 1 (22 minutes)
Traveling Waves, part 2 (27 minutes)
Traveling Waves, part 3 (39 minutes)
Traveling Waves, part 4 (25 minutes)
Traveling Waves, part 5 (34 minutes)
Wave Speed, Wave Frequency, Wavelength (27 minutes)


Topic 6: The Doppler Shift

Total time: 1:27


The Doppler Shift, part 1 (44 minutes)
The Doppler Shift, part 2 (22 minutes)
The Doppler Shift, part 3 (21 minutes)


Topic 7: Wave Interference

Total time: 3:35


Interference, part 1 (23 minutes)
Interference, part 2 (19 minutes)
Interference, part 3 (52 minutes)
Interference, part 4 (16 minutes)
Interference of Sound Waves, part 1 (36 minutes)
Interference of Sound Waves, part 1 (35 minutes)
Young's Double-Slit Experiment (34 minutes)


Topic 8: Reflection and Refraction

Total time: 1:34


Reflection and Refraction, part 1 (0:43 minutes)
Snell's Law, part 1 (27 minutes)
Snell's Law, part 2 (24 minutes)


Topic 9: Optics: Mirrors and Lenses

Total time: 3:07


Flat Mirrors, part 1 (25 minutes)
Flat Mirrors, part 2 (24 minutes)
Concave Mirrors, part 1 (28 minutes)
Concave Mirrors, part 2 (21 minutes)
Concave Mirrors, part 3 (31 minutes)
Convex Lenses, part 1 (20 minutes)
The Thin-Lens Equation (38 minutes)


Topic 10: EM Waves and Polarization

Total time: 1:45


Electromagnetic Waves, part 1 (39 minutes)
Electromagnetic Waves, part 2 (9 minutes)
Polarization of Light, part 1 (36 minutes)
Polarization of Light, part 2 (21 minutes)


Topic 11: Relativity

Total time: 1:27


Galilean Relativity, part 1 (14 minutes)
Galilean Relativity, part 2 (18 minutes)
Einstein's Postulates, part 1 (26 minutes)
Einstein's Postulates, part 2 (29 minutes)


Topic 12: Relativistic Effects

Total time: 2:18


Consequences of Einstein's Postulates, part 1 (28 minutes)
Consequences of Einstein's Postulates, part 2 (19 minutes)
The Relativity of Simultaneity (32 minutes)
Length Contraction, part 1 (20 minutes)
Length Contraction, part 2 (39 minutes)
Einstein's Velocity Addition Rule (19 minutes)


Topic 13: The Lorentz Transformations

Total time: 2:11


The Lorentz Transformation Equations, part 1 (44 minutes)
The Lorentz Transformation Equations, part 2 (26 minutes)
4-Vectors, part 1 (20 minutes)
4-Vectors, part 2 (41 minutes)


Topic 14: General Relativity

Total time: 1:26


General Relativity, part 1 (19 minutes)
General Relativity, part 2 (16 minutes)
General Relativity, part 3 (18 minutes)
General Relativity, part 4 (33 minutes)


Topic 15: The Bohr Model of the Atom

Total time: 1:56


The Bohr Atom, part 1 (26 minutes)
The Bohr Atom, part 2 (24 minutes)
The Bohr Atom, part 3 (22 minutes)
The Bohr Atom, part 4 (44 minutes)


Topic 16: The Nucleus

Total time: 1:06


The Nucleus, part 1 (44 minutes)
The Nucleus, part 2 (22 minutes)


Topic 17: The Photoelectric Effect

Total time: 1:31


The Photoelectric Effect, part 1 (24 minutes)
The Photoelectric Effect, part 2 (27 minutes)
The Photoelectric Effect, part 3 (21 minutes)
The Photoelectric Effect, part 4 (19 minutes)


Topic 18: Particle Physics

Total time: 0:51


Massless Particles (18 minutes)
de Broglie's Hypothesis (33 minutes)


Topic 19: Nuclear Physics

Total time: 1:53


Nuclear Decay, part 1 (36 minutes)
Nuclear Decay, part 2 (30 minutes)
Nuclear Decay, part 3 (18 minutes)
MRI and PET (29 minutes)


Topic 20: The Uncertainty Principle

Total time: 2:23


The Uncertainty Principle, part 1 (30 minutes)
The Uncertainty Principle, part 2 (29 minutes)
The Uncertainty Principle, part 3 (26 minutes)
The Uncertainty Principle, part 4 (18 minutes)
The Uncertainty Principle, part 5 (40 minutes)