Tetrakis hexahedron | |
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(Click here for rotating model) |
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Type | Catalan solid |
Face type | isosceles triangle |
Faces | 24 |
Edges | 36 |
Vertices | 14 |
Vertices by type | 6{4}+8{6} |
Face configuration | V4.6.6 |
Symmetry group | Oh, [4,3], *432 |
Dihedral angle | 143°7'48" |
Properties | convex, face-transitive |
Truncated octahedron (dual polyhedron) |
Net |
In geometry, a tetrakis hexahedron is a Catalan solid. Its dual is the truncated octahedron, an Archimedean solid. It can be seen as a cube with square pyramids covering each square face; that is, it is the Kleetope of the cube.
It also can be called a disdyakis hexahedron as the dual of an omnitruncated tetrahedron.
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Naturally occurring (crystal) formations of tetrahexahedrons are observed in copper and fluorite systems.
Polyhedral dice shaped like the tetrakis hexahedron are occasionally used by gamers.
A 24-cell viewed under a vertex-first perspective projection has a surface topology of a tetrakis hexahedron and the geometric proportions of the rhombic dodecahedron, with the rhombic faces divided into two triangles.
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