Each of the tapes listed below are available at the Langsam Library. For additional information on any of the tapes listed below, just click the underlined titles of call number for a link to the UC Library Catalog.
Diffusion and Phase Changes of Matter
Reviews of Surface Roughness Research at Mississippi State University: Flow and Convective Heat Transfer Modeling and
Experiments
THE MECHANICAL UNIVERSE--AND BEYOND
A series of 52 lectures in physics. Two lectures per video cassette. This series was designed as an undergraduate course in
Physics.
PRODUCED BY THE CALIFORNIA INSTITUTE OF TECHNOLOGY AND THE CORPORATION FOR
COMMUNITY COLLEGE TELEVISION. S. Burlington, VT : Annenberg/CPB, 1985,1987.
Call Number for all Cassettes is QA802 .M43 1985.
Lecture Numbers / Titles
1-2 Introduction / The law of falling bodies
3-4 Derivatives / Inertia
5-6 Vectors / Newton’s Laws
7-8 Integration / The apple and the moon
9-10 Moving in circles / Fundamental forces
11-12 Gravity, electricity, and magnatism / The Milliken experiment
13-14 Conservation of energy / Potential energy
15-16 Conservation of momentum / Harmonic motion
17-18 Resonance / Waves
19-20 Angular momentum / Torques and gyroscopes
21-22 Kepler’s three laws / The Kepler problem
23-24 Energy and eccentricity / Navigating in space
25-26 Kepler to Einstein / Harmony of the Spheres
27-28 Beyond the mechanical universe / Static electricity
29-30 The electric field / Potential and capacitance
31-32 Voltage, energy, and force / The electric battery
33-34 Electric circuits / Magnetism
35-36 The magnetic field / Vector fields and hydrodynamics
37-38 Electromagnetic Induction / Alternating current
39-40 Maxwell’s equations / Optics
41-42 The Michelson-Morley experiment / The Lorentz transformation
43-44 Velocity and time / Mass, momentum, energy
45-46 Temperature and gas laws / Engine of nature
47-48 Entropy / Low temperature
49-50 The atom / Particles and waves
51-52 From atoms to quarks / The quantum mechanical universe
FLUID MECHANICS FILMS
Aerodynamic Generation of Sound
Channel Flow of a Compressible Fluid
Deformation of Continous Media
Eulerian and Lagrangian Descriptions in Fluid Mechanics
Fundamentals of Boundary Layers
Pressure Fields and Fluid Acceleration
Rheological Behavior of Fluids
Surface Tension in Fluid Mechanics
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