Wolfram Demonstrations Project
Izidor Hafner
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Demonstrations 181 - 200 of 1313
Rearranging Dissections of Six Rhombic Dodecahedrons of the Second KindDissecting a Concave Rhombic Triacontahedron into 13 CubesSix Polyhedra with 240 Equilateral Triangular FacesA Polyhedron with 420 Triangular FacesMazes on Nets of Rhombic Dodecahedra
Rearranging Dissections of Six Rhombic Dodecahedrons of the Second Kind
Dissecting a Concave Rhombic Triacontahedron into 13 Cubes
Six Polyhedra with 240 Equilateral Triangular Faces
A Polyhedron with 420 Triangular Faces
Mazes on Nets of Rhombic Dodecahedra
1. Nets for Cowley's DodecarhombusApproximate Rhombic IcosahedronDissecting a Rhombic Triacontahedron into Twenty Congruent CubesHorner's Method for Converting an Integer from Base b to Base 10Converting a Positive Integer from Base 10 to Base b
1. Nets for Cowley's Dodecarhombus
Approximate Rhombic Icosahedron
Dissecting a Rhombic Triacontahedron into Twenty Congruent Cubes
Horner's Method for Converting an Integer from Base b to Base 10
Converting a Positive Integer from Base 10 to Base b
Dürer's Impossible NetFolding Dürer's Partial NetApproximate Rhombic TriacontahedronApproximate SpikeyHexecontahedron Net
Dürer's Impossible Net
Folding Dürer's Partial Net
Approximate Rhombic Triacontahedron
Approximate Spikey
Hexecontahedron Net
Kepler's Rhombic Triacontahedron and Rhombic IcosahedronFolding Cowley's Dodecarhombus NetEyeball TheoremTwo Convex Polyhedra with 10 Common Nets1. Mazes on Polyhedral Nets
Kepler's Rhombic Triacontahedron and Rhombic Icosahedron
Folding Cowley's Dodecarhombus Net
Eyeball Theorem
Two Convex Polyhedra with 10 Common Nets
1. Mazes on Polyhedral Nets

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