calendars
- CIMT
three dimensional models and other types of calendar
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Polyhedra |
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calendars
- CIMT
three dimensional models and other
types of calendar
top
pages:
interactive
models of Platonic and Archimedean Solids - Geometry Centre
nets
of Platonic, Archimedean and other polyhedra - G. Korthals Altes
nets
of Platonic and Archimedean Solids - Douglas Zongker
nets
of polyhedra - Paul Bourke and Matt Storz
Tessellated
Polyhedra - Jill Britton
Print the nets of Platonic solids
(each decorated with a colouful artistic tessellation.)
Unfolding
Polyhedra - François Labelle
animation of folding nets
fair
dice - isohedra
details and pictures of polyhedra
that can be used as fair dice
Polyhedron
Generator and Modifier - Bob Allanson
Start with a shape and apply modifications
(half truncation, corner truncation, expansion, dual, ...).
Euler's
Formula (V-E+F=2) Seventeen Proofs - Geometry Junkyard
This page lists proofs of the Euler
formula - for any convex polyhedron, the number of
vertices and faces together is exactly
two more than the number of edges.
Polyhedra
- collection of links - Jill Britton
Polyhedra
- collection of links - Geometry Junkyard
Polyhedron
software by Tom York
Manipulate
and transform regular and semi-regular polyhedra. Transformations include
edges to vertices, faces to vertices, vertices to faces, edges to faces,
faces to edges, explode, implode, truncate, extend faces and twist.
Poly
software
Investigate
polyhedra and their nets - Platonic solids, Archimedean Solids, Prisms
and Anti-Prisms, Johnson Solids, Catalan Solids, Dipyramids and Deltohedrons.
Stella
(Great and Small) software
Create, visualise
and print nets for polyhedra.
Kaleidotile
software
Explore tessellations
of the sphere, Euclidean plane and hyperbolic plane.