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Solid Geometry
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Demonstrations 141 - 160 of 385
Constraint Tiling on a Truncated IcosahedronConstructing Vector Geometry SolutionsMoving a Circle in a ParabolaThe TorusArchimedes's Tomb
Constraint Tiling on a Truncated Icosahedron
Constructing Vector Geometry Solutions
Moving a Circle in a Parabola
The Torus
Archimedes's Tomb
Chains of Regular Polygons and PolyhedraEuclid's Construction of a Regular Octahedron (XIII.14)Stereoscopic View of PolyhedraBasis for Pure Geodetic AnglesKepler's Mysterium Cosmographicum
Chains of Regular Polygons and Polyhedra
Euclid's Construction of a Regular Octahedron (XIII.14)
Stereoscopic View of Polyhedra
Basis for Pure Geodetic Angles
Kepler's Mysterium Cosmographicum
Dissecting a Cube into a Tetrahedron and a Square PyramidThe Yoshimoto CubeMethod of Integer MeasuresRational Linear Combinations of Pure Geodetic Angles, Part 2Rational Linear Combinations of Pure Geodetic Angles
Dissecting a Cube into a Tetrahedron and a Square Pyramid
The Yoshimoto Cube
Method of Integer Measures
Rational Linear Combinations of Pure Geodetic Angles, Part 2
Rational Linear Combinations of Pure Geodetic Angles
Quelques polyčdres (French)Enveloping the OloidGenerating a Hyperboloid by Rotating a LineApproximating Spheres with BoxesInverse Stereographic Projection of Simple Geometric Shapes
Quelques polyčdres (French)
Enveloping the Oloid
Generating a Hyperboloid by Rotating a Line
Approximating Spheres with Boxes
Inverse Stereographic Projection of Simple Geometric Shapes

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