Snub hexacosihecatonicosachoron
(Redirected from Omnisnub hecatonicosachoron)
Snub hexacosihecatonicosachoron | |
---|---|
Rank | 4 |
Type | Isogonal |
Notation | |
Bowers style acronym | Snixhi |
Coxeter diagram | s5s3s3s () |
Elements | |
Cells | 7200 irregular tetrahedra, 1200 triangular gyroprisms, 720 pentagonal gyroprisms, 600 snub tetrahedra, 120 snub dodecahedra |
Faces | 7200+7200+7200+7200 scalene triangles, 2400+2400 triangles, 1440 pentagons |
Edges | 3600+3600+3600+7200+7200+7200 |
Vertices | 7200 |
Vertex figure | Polyhedron with 2 pentagons, 2 tetragons, and 4 triangles |
Measures (as derived from unit-edge great disprismatohexacosihecatonicosachoron) | |
Edge lengths | Edges from diagonals of original squares (3600+3600+3600): |
Edges of equilateral triangles (7200+7200): | |
Edges of pentagons (7200): | |
Circumradius | |
Central density | 1 |
Related polytopes | |
Army | Snixhi |
Regiment | Snixhi |
Dual | Enneahedral heptachilliadiacosichoron |
Abstract & topological properties | |
Euler characteristic | 0 |
Orientable | Yes |
Properties | |
Symmetry | H4+, order 7200 |
Convex | Yes |
Nature | Tame |
The snub hexacosihecatonicosachoron, omnisnub hecatonicosachoron, omnisnub hexacosichoron, or snixhi is a convex isogonal polychoron that consists of 120 snub dodecahedra, 600 snub tetrahedra, 720 pentagonal gyroprisms, 1200 triangular gyroprisms, and 7200 irregular tetrahedra. Each vertex joins 4 tetrahedra and 1 of each of the other 4 cell types. It can be obtained through the process of alternating the great disprismatohexacosihecatonicosachoron. However, it cannot be made uniform, as it generally as 6 edge lengths, which can be minimized to no fewer than 3 different sizes.
The lowest possible ratio between the longest and shortest edges is approximately .
External links[edit | edit source]
- Klitzing, Richard. "snahi".
- Wikipedia contributors. "Full snub 120-cell".