Physics Lecture Demonstration
Short Films
(From the 1960's Film Loops)
There is no sound on this short films
I. Mechanics (Quicktime Movies):
II. Temperature (Quicktime Movies):
Number
Length
(m:s)Title
1
4:00
Temperature Waves 2
4:00
Thermal Expansion of Gases 3
4:00
Gas Diffusion Rates 4
3:45
Thermal Expansion of Liquids 5
5:00
Critical Temperature 6
4:00
Maxwellian Speed Distribution 7
2:15
Brownian Motion and Temperature 8
3:50
Random Walk and Brownian Motion 9
4:00
Diffusion 10
2:55
Equipartition of Energy
III. Wave Motion (Quicktime Movies):
Number
Length
(m:s)Title
1
2:45
Refraction of Waves 2
4:00
Interference of Waves 3
3:30
Single Slit Diffraction 4
3:25
Multiple Slit Diffraction 5
3:40
Soap Film Oscillations 6
3:45
Formation of Shock Waves 7
3:45
Doppler Effect 8
3:00
Straight Wave Reflection From Straight Barriers 9
4:00
Reflection of Waves From Concave Barriers 10
3:25
Vibration of a Drum 11
4:00
Bragg Reflection of Waves 12
3:55
Nonrecurrent Wavefrounts 13
4:00
Drops and Splashes 14
4:40
Tacoma Narrows Bridge Collapse 15
3:40
Standing Electromagnetic Waves 16
2:15
Barrier Penetration by Waves 17
3:45
Circular Wave Reflection From Various Barriers 18
2:30
Effect of Phase Differences Between Sources 19
3:55
Resolving Power 20
3:40
Interference of Waves in a Ripple Tank 21
2:50
Diffraction and Scattering of Waves Around Obstacles in a Ripple Tank 22
3:25
Superposition of Pulses in a Ripple Tank
IV. Electricity and Magnetism (Quicktime Movies):
Number
Length
(m:s)Title
1
4:50
Ferromagnetic Domain Wall Motion 2
3:20
The Field Formed by a Steady Current 3
The Van De Graaff Generator 4
3:45
Meters 5
3:30
Hydrogen-Oxygen Batter and Fuel Cell 6
3:40
Paramagnetism of Liquid Oxygen
V. Light and Modern Physics (Quicktime Movies):
Number
Length
(m:s)Title
1
2:05
Bubble Model of a Crystal (Structure and Boundaries) 2
3:00
Bubble Model of a Crystal (Deformation and Dislocations) 3
3:35
Mass Spectra 4
4:00
Mass of an Atom 5
3:50
Rutherford Scattering 6
4:55
Radioactive Decay 7
3:25
Emission Spectra 8
3:20
Visible and Ultraviolet Spectroscopy 9
3:50
Absorption Spectra 10
4:45
Michelson Interferometer 11
4:02
The Photoelectric Effect 12
4:00
Reversibility of Time 13
4:00
Packets in a Perfect Crystal (Wave Packets in Periodic Potentials) 14
3:00
Scattering From Impurities (Wave Packets in Periodic Potentials) 15
4:00
Packets Incident on a Crystal (Wave Packets in Periodic Potentials) 16
3:45
Why is the Sky Blue? 17
3:00
Scattering in One Dimension (Part 1: Barriers) 18
2:40
Scattering in One Dimension (Part 2: Square Wells) 19
4:00
Scattering in One Dimension (Part 3: Edge Effects) 20
3:00
Scattering in One Dimension (Part 4: Mementum Space)
VII. Relativity (Quicktime Movies):
Number
Length
(m:s)Title
Size(Kb) 1
4:10
The Speed of Projectiles, Sound, and Light 4586 2
4:05
Simultaneity is Relative 4277 3
4:05
The Mechelson-Morley Experiment 3844 4
3:50
Length Contraction 4102 5
3:30
Time Dilation 4091 6
3:55
The Doppler Effect and the Twin Paradox 4501 7
4:00
World Lines 3774 8
4:14
Coordinate Transformation 3943
VII. Relativity (Quicktime Movies):
Number
Length
(m:s)Title
Size(Kb) 1
4:10
The Speed of Projectiles, Sound, and Light 4586 2
4:05
Simultaneity is Relative 4277 3
4:05
The Mechelson-Morley Experiment 3844 4
3:50
Length Contraction 4102 5
3:30
Time Dilation 4091 6
3:55
The Doppler Effect and the Twin Paradox 4501 7
4:00
World Lines 3774 8
4:14
Coordinate Transformation 3943