The 10-hosohedron

Statistics

genus c0, orientable
Schläfli formula c{2,10}
V / F / E c 2 / 10 / 10
notesFaces with < 3 edges trivial is not a polyhedral map permutes its vertices oddly
vertex, face multiplicity c10, 1
Petrie polygons
holes
2nd-order Petrie polygons
3rd-order holes
3rd-order Petrie polygons
4th-order holes
4th-order Petrie polygons
5th-order holes
2, each with 10 edges
10, each with 2 edges
2, each with 10 edges
10, each with 2 edges
2, each with 10 edges
10, each with 2 edges
2, each with 10 edges
10, each with 2 edges
antipodal sets1 of ( 2v ), 5 of ( 2f, 2h3, 2h5 ), of ( 5 of ( 2e, 2h2, 2h4 ), 1 of ( 2p1, , 2p3 ), 1 of ( 2p2, 2p4 )
rotational symmetry groupD20, with 20 elements
full symmetry groupD20×C2, with 40 elements
its presentation c< r, s, t | r2, s2, t2, (rs)2, (st)10, (rt)2 >
C&D number cR0.n10
The statistics marked c are from the published work of Professor Marston Conder.

Relations to other Regular Maps

Its dual is the di-decagon.

Its Petrie dual is S4:{10,10}.

It is a 2-fold cover of the hemi-10-hosohedron.

It can be rectified to give the 10-lucanicohedron.

It is its own 3-hole derivative.

List of regular maps in orientable genus 0.

Underlying Graph

Its skeleton is 10 . K2.

Cayley Graphs based in this Regular Map


Type II

D20

Type IIa

C5×C2×C2

Other Regular Maps

General Index

The images on this page are copyright © 2010 N. Wedd