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- Q3094168 subject Q6418756.
- Q3094168 subject Q7035965.
- Q3094168 abstract "A hexagonal bipyramid is a polyhedron formed from two hexagonal pyramids joined at their bases. The resulting solid has 12 triangular faces, 8 vertices and 18 edges. The 12 faces are identical isosceles triangles.Although it is face-transitive, it is not a Platonic solid because some vertices have four faces meeting and others have six faces, and because its faces cannot be equilateral triangles.It is one of an infinite set of bipyramids. Having twelve faces, it is a type of dodecahedron, although that name is usually associated with the regular polyhedral form with pentagonal faces. The term dodecadeltahedron is sometimes used to distinguish the bipyramid from the Platonic solid, although in chemistry this term more often refers to the snub disphenoid.The hexagonal bipyramid has a plane of symmetry (which is horizontal in the figure to the right) where the bases of the two pyramids are joined. This plane is a regular hexagon. There are also six planes of symmetry crossing through the two apices. These planes are rhombic and lie at 30° angles to each other, perpendicular to the horizontal plane.".
- Q3094168 thumbnail Hexagonale_bipiramide.png?width=300.
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- Q3094168 wikiPageWikiLink Q6418756.
- Q3094168 wikiPageWikiLink Q7035965.
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- Q3094168 wikiPageWikiLink Q902019.
- Q3094168 comment "A hexagonal bipyramid is a polyhedron formed from two hexagonal pyramids joined at their bases. The resulting solid has 12 triangular faces, 8 vertices and 18 edges. The 12 faces are identical isosceles triangles.Although it is face-transitive, it is not a Platonic solid because some vertices have four faces meeting and others have six faces, and because its faces cannot be equilateral triangles.It is one of an infinite set of bipyramids.".
- Q3094168 label "Hexagonal bipyramid".
- Q3094168 depiction Hexagonale_bipiramide.png.
