S11:{24,24}4

Statistics

genus c11, orientable
Schläfli formula c{24,24}
V / F / E c 2 / 2 / 24
notes is not a polyhedral map
vertex, face multiplicity c24, 24
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
11th-order holes
11th-order Petrie polygons
12th-order holes
12th-order Petrie polygons
12, each with 4 edges
4, each with 12 edges
24, each with 2 edges
6, each with 8 edges
12, each with 4 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
INF, each with 0 edges
rotational symmetry group48 elements.
full symmetry group96 elements.
its presentation c< r, s, t | t2, (rs)2, (rt)2, (st)2, sr3sr‑1, srs‑1rs2, r‑1s2r‑9  >
C&D number cR11.13
The statistics marked c are from the published work of Professor Marston Conder.

Relations to other Regular Maps

It is self-dual.

Its Petrie dual is S6:{4,24}.

It can be rectified to give R11.2′.

It is a member of series η° .

List of regular maps in orientable genus 11.


Other Regular Maps

General Index

The image on this page is copyright © 2010 N. Wedd