Icosahedral truncate (EntityTopic, 11)

From Hi.gher. Space

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(polytope explorer integration)
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| dim=3
| dim=3
| elements=32, 90, 60
| elements=32, 90, 60
 +
| sym=[[Rhodohedral symmetry|I<sub>h</sub>, H<sub>3</sub>, [5,3], (*532)]]
| genus=0
| genus=0
| ssc={G5<sup>3</sup>}X6
| ssc={G5<sup>3</sup>}X6
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| flayout={{FLD|a5|i|a3|er}}
| flayout={{FLD|a5|i|a3|er}}
| dual=[[Pentakis dodecahedron]]
| dual=[[Pentakis dodecahedron]]
 +
| bowers=Ti
}}{{STS Uniform polytope
}}{{STS Uniform polytope
| schlaefli=t{[[Pentagon|3,]]5}
| schlaefli=t{[[Pentagon|3,]]5}
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| vfigure=Isosceles [[triangle]]
| vfigure=Isosceles [[triangle]]
| vlayout=[[Pentagon|5]]⋅[[Hexagon|6]]<sup>2</sup>
| vlayout=[[Pentagon|5]]⋅[[Hexagon|6]]<sup>2</sup>
-
| bowers=Ti
 
}}}}
}}}}
== Equations ==
== Equations ==

Latest revision as of 11:29, 2 March 2014

Equations

  • Variables:
l ⇒ length of edges of the truncated icosahedron
total edge length = 90l
surface area = 3(32-110+52-1(5+52-12)2-1)l2
volume = (125+52-143)l34-1

Incidence matrix

Dual: pentakis dodecahedron

#TXIDVaEaEb5a6aTypeName
0 Va = point ;
1 Ea 2 = digon ;
2 Eb 2 = digon ;
3 5a 505 = pentagon ;
4 6a 633 = hexagon ;
5 C1a 6030601220 = truncated icosahedron ;

Usage as facets


Notable Trishapes
Regular: tetrahedroncubeoctahedrondodecahedronicosahedron
Direct truncates: tetrahedral truncatecubic truncateoctahedral truncatedodecahedral truncateicosahedral truncate
Mesotruncates: stauromesohedronstauroperihedronstauropantohedronrhodomesohedronrhodoperihedronrhodopantohedron
Snubs: snub staurohedronsnub rhodohedron
Curved: spheretoruscylinderconefrustumcrind