1. Lecture on part 1-3: Harmonic oscillations, springs and forces
(mp4 - 49 min)
2. Lecture on part 4-7: Vertical oscillations and circular motion & Energy
(mp4 - 37 min)
3. Lecture on part 8-12: Angular oscillations, pendulum & vibration of molecules
(mp4 - 31 min)
4. Lecture on part 1-6: Transverse and longitudinal wave & The wave function and equation
(mp4 - 32 min )
5. Lecture on part 7-11: Wave speed & Power & Reflection
(mp4 - 32 min)
6. Lecture on part 12-15: Standing waves & String instruments
(mp4 - 43 min)
Föreläsning på del 1-8: Transversella och longitudinella vågor, vågfunktionen, vågekvationen och våghastighet
(mp4 - 54 min)
Föreläsning på del 9-14: Effekt, reflektion, stående vågor och stränginstrument
(mp4 - 47 min)
7. Lecture on part 1-3: Sound as pressure waves & speed of sound in a liquid
(mp4 - 46 min)
8. Lecture on part 4-7: Power and intensity of sound waves
(mp4 - 36 min)
9. Lecture on part 8-12: The decibel scale & Doppler effect
(mp4 - 39 min)
Föreläsning på del 1-9: Ljud som tryckv gor, ljudhastighet, effekt och intensitet, decibel skalan
(mp4 - 1h 14 min)
Föreläsning på del 10-12: Dopplereffekt
(mp4 - 22 min)
10. Lecture on part 1-3: Maxwells equations & electromagnetic waves & the wave function
(mp4 - 29 min)
11. Lecture on part 4-7: Power and intensity of electromagnetic waves
(mp4 - 28 min)
12. Lecture on part 1-2: Reflection and refraction of light
(mp4 - 35 min)
13. Lecture on part 3-9: Total internal reflection & The dependence on frequency and wavelength
(mp4 - 23 min)
14. Lecture on part 1-2: Flat and concave mirrors
(mp4 - 50 min)
15. Lecture on part 3-8: Convex mirrors and spherical surfaces
(mp4 - 45 min)
16. Lecture on part 9-15: Convex and concave lenses
(mp4 - 52 min)
17. Lecture on part 16-22: The eye, magnifying glas, microscope and telescope
(mp4 - 52 min)
Föreläsning på del 1-9: Platta, konkava och konvexa speglar, sfärisk och platt yta
(mp4 - 1h 14 min)
Föreläsning på del 10-16: Konvexa och konkava linser, linsmakarens formel
(mp4 - 48 min)
Föreläsning på del 19-23: Ögat, förstoringsglas, mikroskop och teleskop
(mp4 - 31 min)
18. Lecture on part 1-2: Interference
(mp4 - 30 min)
19. Lecture on part 3-5: Intensity in the double slit experiment
(mp4 - 34 min)
20. Lecture on part 6-13: Thin film interference, the DVD player & the Michelson interferometer
(mp4 - 38 min)
Föreläsning på del 1-5: Interferens och dubbelspalt experiment, intensitet
(mp4 - 61 min)
Föreläsning på del 6-11: Tunnfilmsinterferens och icke-reflekterande bel ggning, DVD spelare, Michelsons interferometer
(mp4 - 33 min)
21. Lecture on part 1-3: Diffraction in one broad slit & Intensity
(mp4 - 50 min)
22. Lecture on part 3-9: Two and multiple broad slits & The spectrometer
(mp4 - 41 min)
Spray paint oscillator
Oscillating masses on an air track
ANIMATION: Simple harmonic motion and uniform circular motion
ANIMATION: Conservation of energy with a spring
ANIMATION: Conservation of energy in simple harmonic motion 
ANIMATION: Vibration of Molecules
ANIMATION:Simple harmonic motion
ANIMATION: Hooke's Law: force exerted by a spring
ANIMATION: Harmonic oscillation and circular motion
SIMULATION: Mass on a spring
Velocity of Pulse Propagated Through a spring
Vibrations on singing strings
Making standing waves
Demonstration of Standing Waves
Octobasse
ANIMATION: Transverse and Longitudinal Waves
SIMULATION: Wave on a string
Relative speed of sound in solids, liquids, and gases
SONAR
ANIMATION: Sound wave in a cylinder
ANIMATION: Doppler Effect and Shock Waves
SIMULATION: Doppler Effect
Hertz Experiment on Electromagnetic Waves
Disappearing Coin
The LED - How LEDs work
Refraction
Total Internal Reflection
Bending the light
Fiber Optic Cables Internal Structure
Optical Fibers
ANIMATION: Huygens' Principle
SIMULATION: Refraction
Mirrors and Lenses
Concave Mirror
Concave Mirror and real image
Convex Mirror
Convex and concave Lenses
How the Eye Works 
Finding Refractive Power (Diopters)
Giant Magellan Telescope 
SIMULATION: Lenses and Mirrors
SIMULATION: Flat mirror
SIMULATION: Concave and Convex mirror
SIMULATION: Converging and Diverging lens
SIMULATION: The human eye
Interference of Waves
Ripple Tank: Interference of Two Point Sources
Young's Double Slit Experiment
Newton's Rings
How a DVD player works
Michelson Interferometer
ANIMATION: Young's Double Slit Experiment
ANIMATION: Phasor addition
SIMULATION: Ripple tank
SIMULATION: Young's Double Slit Experiment
Ripple Tank: Single and Double Slit Diffraction and Interference
Laser Diffraction and Interference
Spectrometer
SIMULATION: Diffraction and Interference in Single and Double Slit
SIMULATION: Multiple Slit Diffraction
SIMULATION: Optical Resolution