Platonic Solids & Polyhedra
Regular polyhedra, Euler's formula for polyhedra, and special 3D shapes
All Terms (45)
- Dodecahedron
- Edge of a Polyhedron
- Euler's Formula (Polyhedra)
- Face of a Polyhedron
- Fractal
- Hexahedron
- Icosahedron
- Möbius Strip
- Octahedron
- Platonic Solids
- Polyhedron
- Rectangular Parallelepiped
- Tessellate
- Tetrahedron
- Three Dimensions
- Torus
- Vertex
- Zero Dimensions
- Vertices
- Vertices, Faces, and Edges
- Tesseract
- Klein Bottle
- Simplex
- Pentagonal Pyramid
- Decahedron
- Semiregular Tessellation
- Toroid
- Platonic Solids — Why There Are Only Five
- Regular Octahedron
- Regular Tetrahedron
- Archimedean Solid
- Polytope
- Pentahedron
- Hypercube
- Unit Cube
- Truncated Icosahedron
- Regular Polyhedron
- Euler Characteristic
- Convex Polyhedron
- Icosidodecahedron
- Trirectangular Tetrahedron
- Great Rhombicosidodecahedron
- Sierpiński Triangle
- Johnson Solid
- Catalan Solid
More in Geometry
- Angles & Lines54
- Area & Perimeter19
- Circles44
- Geometric Transformations26
- Geometry Foundations40
- Quadrilaterals & Polygons43
- Surface Area & Volume76
- Triangles & Congruence85
- Logic & Proof21
- Geometric Constructions1
- Geometry Constructions1
- 3d Geometry0
- Graph Transformations & Symmetry4
- Coordinate Geometry & Analytic Methods3
- geometric-patterns-tessellations1
- Measurement, Estimation & Notation2
- Curves & Special Functions1
- geometry-patterns1
- Conic Sections1