Wolfram Demonstrations Project
Geometry
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Demonstrations 1 - 20 of 3721
Intersection of Three Polygonal Cylindrical SurfacesDissecting Two Bilinski Dodecahedra into a CubeRegular Polygons of Edge Length TwoArithmetic Mean, Geometric Mean, Root Mean Square and Harmonic Mean for Two NumbersFourier Series Approximations to Roots of Unity
Intersection of Three Polygonal Cylindrical Surfaces
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Dissecting Two Bilinski Dodecahedra into a Cube
Regular Polygons of Edge Length Two
Arithmetic Mean, Geometric Mean, Root Mean Square and Harmonic Mean for Two Numbers
Fourier Series Approximations to Roots of Unity
Calendar on a Bilinski DodecahedronFolding Cosine in the Complex PlaneProjected Area of a CuboidRuler and Compass Construction of a Square with Doubled AreaShortest Distance between Two Skew Lines
Calendar on a Bilinski Dodecahedron
Folding Cosine in the Complex Plane
Projected Area of a Cuboid
Ruler and Compass Construction of a Square with Doubled Area
Shortest Distance between Two Skew Lines
Apollonian Circle Packings via Möbius Transformations of Hyperbolic PolygonsParallel Lines Have the Same SlopeRight Tetrahedron: de Gua TheoremMidpoint and Centroid FormulasApproximating Pi Using Inscribed and Circumscribed Circles of Regular Polygons
Apollonian Circle Packings via Möbius Transformations of Hyperbolic Polygons
Parallel Lines Have the Same Slope
Right Tetrahedron: de Gua Theorem
Midpoint and Centroid Formulas
Approximating Pi Using Inscribed and Circumscribed Circles of Regular Polygons
Space-Filling Fractal CurvesWedging an Angle between Two Circles Produces a LimaçonCentroids of Triangles with Vertices on the Unit CircleTwisted Surfaces of RevolutionCoinciding Faces of Six Archimedean Solids
Space-Filling Fractal Curves
Wedging an Angle between Two Circles Produces a Limaçon
Centroids of Triangles with Vertices on the Unit Circle
Twisted Surfaces of Revolution
Coinciding Faces of Six Archimedean Solids

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