Polyhedron Compound
| Solid | Vertices | Symbol |
| Cube 2-Compound | ||
| Cube 3-Compound | ||
| Cube 4-Compound | ||
| Cube 5-Compound | Dodecahedron |  |
| Cube-Octahedron Compound | both | |
| Dodecahedron 2-Compound | ||
| Dodecahedron-Icosahedron Compound | both | |
| Great Dodecahedron-Small Stellated Dodecahedron Compound | both | |
| Great Icosahedron-Great Stellated Dodecahedron Compound | both | |
| Octahedron 5-Compound | Icosidodecahedron |  |
| Stella Octangula | Cube |  |
| Tetrahedron 5-Compound | Dodecahedron |  |
| Tetrahedron 10-Compound | Dodecahedron |  |
The above table gives some common polyhedron compounds. In Coxeter's Notation, 
distinct Vertices of 
taken 
times are denoted
or faces of
times
or both
The five Tetrahedra can be arranged in a laevo or dextro configuration.See also Cube-Octahedron Compound, Dodecahedron-IcosahedronCompound, Octahedron 5-Compound, Stella Octangula, Tetrahedron 5-Compound
- Spherical Harmonic Addition Theorem
- Spherical Harmonic Closure Relations
- Spherical Harmonic Tensor
- Spherical Helix
- Spherical Point System
- Spherical Polygon
- Spherical Ring
- Spherical Sector
- Spherical Segment
- Spherical Shell
- Spherical Spiral
- Spherical Symmetry
- Spherical Tessellation
- Spherical Triangle
- Spherical Trigonometry
- Spherical Vector Harmonic
- Spheroid
- Spheroidal Harmonic
- Spheroidal Wavefunction
- Sphinx
- Spider and Fly Problem
- Spider Lines
- Spiegeldrieck
- Spieker Center
- Spieker Circle