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Polyhedra
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Demonstrations 1 - 20 of 672
Powered Clique PolyhedraNets for a Two-Cube CalendarA Theorem on the Dihedral Angles of a TetrahedronKepler's Harmonices MundiRotating Polyhedra in Space
Powered Clique Polyhedra
New this month
Nets for a Two-Cube Calendar
New this month
A Theorem on the Dihedral Angles of a Tetrahedron
New this month
Kepler's Harmonices Mundi
Rotating Polyhedra in Space
TensegrityCalendar on Two CubesOp Art on Golden Rhombic Solids (II)Golden Rhombic Solids with NetsOp Art on Golden Rhombic Solids
Tensegrity
Calendar on Two Cubes
Op Art on Golden Rhombic Solids (II)
Golden Rhombic Solids with Nets
Op Art on Golden Rhombic Solids
The Double Subdivision-Network MethodA Shapeshifting Flexible FramePerspective Projection of a Cube onto a PlaneDissection of Gerwien's Triangle into a Saccheri Quadrilateral on the SphereOrthogonal Projections of the Edges of a Cube
The Double Subdivision-Network Method
A Shapeshifting Flexible Frame
Perspective Projection of a Cube onto a Plane
Dissection of Gerwien's Triangle into a Saccheri Quadrilateral on the Sphere
Orthogonal Projections of the Edges of a Cube
Monge Point of a TetrahedronThree Planes in a TrihedronInscribed and Circumscribed Spheres of a TetrahedronTwo Conditions for a Tetrahedron to Be OrthocentricOpen Flexible Frame Based on a Rhombic Dodecahedron
Monge Point of a Tetrahedron
Three Planes in a Trihedron
Inscribed and Circumscribed Spheres of a Tetrahedron
Two Conditions for a Tetrahedron to Be Orthocentric
Open Flexible Frame Based on a Rhombic Dodecahedron

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