Filmloops

Please note that although these filmloops are listed here, they have been archived in the demo room. Many of these filmloops are now available in laser disc format for modern classroom projection. We do not recommend that you request them in the original filmloop format for classroom use. You may check the boxes in front of the filmloop and fillout the form and at the bottom of this page if you would like to get more info about it.

For more info, send mail to: Gerald_Zani@brown.edu

Professor's Name:

Bragg Reflection of Waves ( Duration: 4' )
Charge Distribution -- Concentration and Point Discharge ( Duration: 2'12" )

Description: The film begins with the charging of a large, metal egg-shaped conductor supported on an insulating stand. A proof plane and electroscope are used to compare the charge density at two points on the surface of the conductor.
Conservation of Energy ( Duration: 2'50" )
Elastic Collision ( Duration: 4'15" )
Conservation of Momentum -- Inelastic Collisions ( Duration: 3'55" )
Constant Velocity and Uniform Acceleration ( Duration: 4'25" )
Coupled Oscillators -- Energy Transfer ( Duration: 3'35" )
Coupled Oscillators -- Equal Masses ( Duration: 3'30" )
Coupled Oscillators -- Normal Modes ( Duration: 3'40" )
Diffraction -- Single Slit ( Duration: 3'45" )
Equipment of Energy ( Duration: 2'55" )
Inertial Forces -- Centripetal Acceleration ( Duration: 2'50" )
Interference of Waves ( Duration: 3'40" )
Maxwill Speed Distribution ( Duration: 4' )
Measurement of "G" -- The Cavendish Experiment ( Duration: 3'55" )
Michelson Interperometers ( Duration: 4'45" )
Multiple Slit Diffraction (2 copies) ( Duration: 3' )
Newton's First and Second Laws ( Duration: 4'20")
Random Walk and Brownian Motion ( Duration: 3'50")
Rutherford Scattering ( Duration: 3'50")
Scattering From Square Barrier ( Duration: 3' )
Scattering From Square Well ( Duration: 2'40")
Standing Electromagnetic Waves ( Duration: 3'40")
The Acceleration Vector ( Duration: 3'15")
The Photoelectric Effect ( Duration: 4'5" )
The Velocity Vector ( Duration: 2'40")
Velocity and Acceleration in Circular Motion ( Duration: 3'5" )
Velocity and Acceleration in Simple Harmonic Motion ( Duration: 1'15")
Vibrations of a Drum ( Duration: 3'25")

Professor's Name:
Course Number: PHY
Demo Date: Day of week