Sound geometry

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https://flic.kr/p/epFBb9 | Day 19: Chladni Plates | These are six shots of a demo that we do in my AP Physics class. Yesterday was the last day for seniors, so I pulled it out to play. You're looking at sand on a black metal plate attached to a machine that vibrates the plate up and down at high frequencies. Certain frequencies set up standing wave patterns in the plate. When there is a place on the plate where the waves are the greatest (an antinode) the sand is pushed away and collects in ... Sound Art, Illustration Photo, Have Inspiration, Geometry Art, Visual Representation, Science Art, Generative Art, Sound Waves, Art Plastique

These are six shots of a demo that we do in my AP Physics class. Yesterday was the last day for seniors, so I pulled it out to play. You're looking at sand on a black metal plate attached to a machine that vibrates the plate up and down at high frequencies. Certain frequencies set up standing wave patterns in the plate. When there is a place on the plate where the waves are the greatest (an antinode) the sand is pushed away and collects in the areas where the plate is hardly moving at all…

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A set of CHLADNI STANDING WAVE PATTERNS generated in sand on the surface of a vibrating metal plate. The sand collects in the areas of the plate where the waves in the plate cancel each other completely. Each resonant wave pattern occurs at a specific frequency. This set was originally published by John Tyndall in 1869, it has been reorganized to show the periodic families that emerge as the frequency of the vibration increases. Sound Pattern, Science Pattern, Simple Science, Sound Frequencies, Complex Patterns, Lines And Shapes, Magical Powers, Easy Science, Pattern Texture

A set of CHLADNI STANDING WAVE PATTERNS generated in sand on the surface of a vibrating metal plate. The sand collects in the areas of the plate where the waves in the plate cancel each other completely. Each resonant wave pattern occurs at a specific frequency. This set was originally published by John Tyndall in 1869, it has been reorganized to show the periodic families that emerge as the frequency of the vibration increases.

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