Gyroelongated bicupola explained

Set of gyroelongated bicupolae
Label1:Faces
Data1:6n triangles
2n squares
2 n-gon
Label2:Edges
Data2:16n
Label3:Vertices
Data3:6n
Label4:Symmetry group
Data4:Dn, [n,2]+, (n22)
Label5:Rotation group
Data5:Dn, [n,2]+, (n22)
Label6:Properties
Data6:convex, chiral

In geometry, the gyroelongated bicupolae are an infinite sets of polyhedra, constructed by adjoining two n-gonal cupolas to an n-gonal Antiprism. The triangular, square, and pentagonal gyroelongated bicupola are three of five Johnson solids which are chiral, meaning that they have a "left-handed" and a "right-handed" form.

Adjoining two triangular prisms to a square antiprism also generates a polyhedron, but not a Johnson solid, as it is not convex. The hexagonal form is also a polygon, but has coplanar faces. Higher forms can be constructed without regular faces.

Image cw Image ccw Name Faces
4 triangles, 4 squares
Gyroelongated triangular bicupola (J44) 6+2 triangles, 6 squares
Gyroelongated square bicupola (J45) 8 triangles, 8+2 squares
Gyroelongated pentagonal bicupola (J46) 30 triangles, 10 squares, 2 pentagon
12 triangles, 24 squares, 2 hexagon

See also

References