R20.10′

Statistics

genus c20, orientable
Schläfli formula c{44,22}
V / F / E c 4 / 2 / 44
notes
vertex, face multiplicity c11, 44
Petrie polygons
holes
2nd-order Petrie polygons
3rd-order holes
3rd-order Petrie polygons
4th-order holes
4th-order Petrie polygons
5th-order holes
5th-order Petrie polygons
6th-order holes
6th-order Petrie polygons
7th-order holes
7th-order Petrie polygons
8th-order holes
8th-order Petrie polygons
9th-order holes
9th-order Petrie polygons
10th-order holes
10th-order Petrie polygons
22, each with 4 edges
4, each with 22 edges
44, each with 2 edges
2, each with 44 edges
22, each with 4 edges
4, each with 22 edges
44, each with 2 edges
2, each with 44 edges
22, each with 4 edges
4, each with 22 edges
44, each with 2 edges
2, each with 44 edges
22, each with 4 edges
4, each with 22 edges
44, each with 2 edges
2, each with 44 edges
22, each with 4 edges
4, each with 22 edges
44, each with 2 edges
rotational symmetry group88 elements.
full symmetry group176 elements.
its presentation c< r, s, t | t2, (sr)2, (st)2, (rt)2, rs3rs‑1, rsr‑1sr2, s2r‑1sr‑1s12r‑1sr‑1s2  >
C&D number cR20.10′
The statistics marked c are from the published work of Professor Marston Conder.

Relations to other Regular Maps

Its dual is R20.10.

Its Petrie dual is R10.11.

It can be 3-split to give R60.12′.
It can be 5-split to give R100.44′.

It is its own 3-hole derivative.
It is its own 7-hole derivative.
It is its own 9-hole derivative.
It is its own 5-hole derivative.

List of regular maps in orientable genus 20.


Other Regular Maps

General Index