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 | The Platonic Solids (Part 1 of 2)
Author: jbmathfun
Length: 8 minutes, 34 seconds
Rating: 4.9565215   |
Description: Out-of-print video on the Platonic Solids - prepared by the Visual Geometry Project
Description: Out-of-print video on the Platonic Solids - prepared by the Visual Geometry Project |
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 | Platonic Solids
Author: arscharfen21
Length: 3 minutes, 8 seconds
Rating: 4.7647057 |
Description: How to make platonic solids with gum drops and tooth picks. Great project for kids!
Description: How to make platonic solids with gum drops and tooth picks. Great project for kids! |
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 | Platonic Solid Rock
Author: DanielRadin
Length: 9 minutes, 59 seconds
Rating: 4.875 |
Description: Platonic Solid Rock is a computer-animated video about the Platonic Solids. For more information, go to www.PlatonicSolids.info
Description: Platonic Solid Rock is a computer-animated video about the Platonic Solids. For more information, go to www.PlatonicSolids.info |
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 | ' The Five Platonic Solids' ۞
Author: AdamLore
Length: 9 minutes, 17 seconds
Rating: 5.0  |
Description: An exciting look into the world of polyhedra, starting with the Platonic Solids. The Platonic Solids are five polyhedrons with special properties, named after the Greek philosopher Plato. The faces of The Platonic Solids are congruent regular polygons, all meeting in the same way around each vertex....More Description: An exciting look into the world of polyhedra, starting with the Platonic Solids. The Platonic Solids are five polyhedrons with special properties, named after the Greek philosopher Plato. The faces of The Platonic Solids are congruent regular polygons, all meeting in the same way around each vertex. The Platonic solids are isohedral, or face-transitive, meaning that they are made up of only one type of polygon each. They are isogonal, or vertex-transitive, meaning that each of their vertices ... |
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 | The Platonic Solids (Part 2 of 2)
Author: jbmathfun
Length: 9 minutes, 16 seconds
Rating: 4.9545455 |
Description: Out-of-print video on the Platonic Solids - prepared by the Visual Geometry Project
Description: Out-of-print video on the Platonic Solids - prepared by the Visual Geometry Project |
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 | Infinite Recursive Zoom In of Nested Platonic Solids
Author: BruceRawles
Length: 35 seconds
Rating: 4.25 |
Description: This continuous loop rotates around a nest of the five Platonic Solids: Cube (red), Tetrahedron (yellow), Octahedron (green), Icosahedron (blue) and Dodecahedron (purple), returning to a cube oriented along the same xyz axes one third the size in each dimension as the outer cube. The transparency of...More Description: This continuous loop rotates around a nest of the five Platonic Solids: Cube (red), Tetrahedron (yellow), Octahedron (green), Icosahedron (blue) and Dodecahedron (purple), returning to a cube oriented along the same xyz axes one third the size in each dimension as the outer cube. The transparency of the inner cube changes from 100% opaque to 100% transparent as the animation proceeds, which allows playing as an infinte recursive loop. High-resolution versions and more info at www ... |
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 | Platonic Solids network developed with Numenta Vision Toolkit (Beta for Windows)
Author: argumzio
Length: 7 minutes, 11 seconds
Rating: 5.0 |
Description: (This video is best viewed in HD. Music: Chopin's Op. 28, Prelude 15, Sostenuto in D-flat major, or the "Raindrop Prelude".) Software details and download page: www.numenta.com This is a network designed around the principle of Hierarchical Temporal Memory, a single algorithmic process inspired by t...More Description: (This video is best viewed in HD. Music: Chopin's Op. 28, Prelude 15, Sostenuto in D-flat major, or the "Raindrop Prelude".) Software details and download page: www.numenta.com This is a network designed around the principle of Hierarchical Temporal Memory, a single algorithmic process inspired by the neocortex which uses a hierarchical structure to distribute memory of received inputs, essentially forming invariant representations of sufficiently stable stimuli or conditions. In other words ... |
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 | Platonic Solid / Platonische Körper / sierpinski fractal
Author: Subspace4d
Length: 3 minutes, 30 seconds
Rating: 4.714286 |
Description: We see how to make all the normal platonic solids from the egg- and flower of Life. Dodecahedron is made by applying the golden ration on the outer edge of the 6 sided regular outskirt. Wir sehen hier wie Man alle platonischen Körper aus der Blume und Ei des Lebens machen kann. Der Dodecahedron wir...More Description: We see how to make all the normal platonic solids from the egg- and flower of Life. Dodecahedron is made by applying the golden ration on the outer edge of the 6 sided regular outskirt. Wir sehen hier wie Man alle platonischen Körper aus der Blume und Ei des Lebens machen kann. Der Dodecahedron wird mit der goldenen Nummer bestimmt wenn man den äusseren Sechseck schneidet. tetrahedron =energy octahedron=gases icosahedron=liquid hexahedron=masses dodecahedron=intent(spirit,aet watch ... |
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 | Cosmos: The Platonic Solids
Author: jbmathfun
Length: 5 minutes, 36 seconds
Rating: 5.0 |
Description: Carl Sagan discusses Pythagoras, then introduces the dodecahedron and the other Platonic Solids. Excerpt from the famed PBS series COSMOS.
Description: Carl Sagan discusses Pythagoras, then introduces the dodecahedron and the other Platonic Solids. Excerpt from the famed PBS series COSMOS. |
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 | Platonic Solid Rock
Author: teachertubemath
Length: 9 minutes, 20 seconds
Rating: |
Description: WEBSITE: www.teachertube.com Platonic Solid Rock is a whimsical journey through the world of the Platonic solids. Learn about this beautiful aspect of threedimensional geometry. You will be dazzled by the computeranimated graphics entertained by the story of adventure and discovery and rocked by the...More Description: WEBSITE: www.teachertube.com Platonic Solid Rock is a whimsical journey through the world of the Platonic solids. Learn about this beautiful aspect of threedimensional geometry. You will be dazzled by the computeranimated graphics entertained by the story of adventure and discovery and rocked by the musical sound track. You will learn about the five most symmetrical polyhedra why there are only five and how they are related to each other. Like the stranger in the story when you are done ... |
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