Linked Data Explorerhttp://worldcat.org/entity/work/id/432672228
The Mechanical universe ... and beyond. Resonance. Waves
Program 17, Resonance: explores the phenomenon of resonance and discusses how this phenomenon can be used to explain why a swaying bridge can collapse in a mild wind or why a wineglass can be shattered by a human voice. -- Program 18, Waves: discusses Newton's application of the simple harmonic motion concept to the propagation of sound. Uses computer animation sequences, historical reenactments, and close-up photography of experiments.
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http://schema.org/about
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http://schema.org/description
- "Program 17, Resonance: explores the phenomenon of resonance and discusses how this phenomenon can be used to explain why a swaying bridge can collapse in a mild wind or why a wineglass can be shattered by a human voice. -- Program 18, Waves: discusses Newton's application of the simple harmonic motion concept to the propagation of sound. Uses computer animation sequences, historical reenactments, and close-up photography of experiments."@en
- "This course combines computer graphics and dramatic reenactments of the history of science with introductory lectures by Caltech's David L. Goodstein. This in-depth adventure of the mind traces the interaction of ideas from Aristotle to Einstein to explain the theories of Copernicus, Kepler, and Newton. The programs clearly explain and illustrate classical mechanics and modern physics."
- "Explains and demonstrates the law of resonance and the properties of waves."@en
- "Explains and demonstrates the law of resonance and the properties of waves."
- "Program 17. Why a swaying bridge collapses with a high wind, and why a wine glass shatters with a higher octave. Program 18. With an analysis of simple harmonic motion and a stroke of genius, Newton extended mechanics to the propagation of sound."@en
- "Program 17 explores the phenomenon of resonance and discusses how this phenomenon can be used to explain why a swaying bridge can collapse in a mild wind or why a wineglass can be shattered by a human voice. Program 18 discusses Newton's application of the simple harmonic motion concept to the propagation of sound. Uses computer animation sequences, historical reenactments, and close-up photography of experiments."@en
- "The first program explains and demonstrates the law of resonance and the second program discusses the properties of waves."@en
- "Program 17 explores the phenomenon of resonance and discusses how this phenomenon can be used to explain why a swaying bridge can collapse in a mild wind or why a wineglass can be shattered by a human voice. Program 18 discusses Newton's application of the simple harmonic motion concept to the propagation of sound. Program 19 explains and demonstrates Kepler's second law of angular momentum. Program 20 explores the effect of torque on a spinning object and how gyroscopes function. Uses computer animation sequences, historical reenactments, and close-up photography of experiments."@en
- "Program 1. Resonance: Resonance explains why a swaying bridge collapses in a high wind, and how a wineglass shatters with a higher octave ; Program 2. Waves: With an analysis of simple harmonic motion and a stroke of genius, Newton extended mechanics to the propagation of sound."
http://schema.org/genre
- "Science films"
- "Documentary films"
- "Video recordings for the hearing impaired"@en
- "Electronic videos"
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