0.00 $
 0 item(s)

Small rhombicosidodecahedron toroid

Small rhombicosidodecahedron toroid

--- . ---

What do football and geometry have in common? - Forms. When you collect this polygonal ball, you can shout, “Victory! Goal!" - You subjugated another form.

--- . ---

The outer boundaries of the polyhedron correspond to the shape of a Small rhombicosidodecahedron.

Small rhombicosidodecahedron toroid
Magic edges 27

The polyhedron is presented in the issue "Magic Edges #27"

The polyhedron is arranged so that the outer part consists of a group of elements, and the inner is empty.

From a mathematical perspective, the existing geometric solid can be represented in simpler bodies connected - triangular prisms and tetrahedrons.

In the video, we tried to depict it clearly.

 

A detailed assembly of the polyhedron - A Small rhombicosidodecahedron from Dmitry Alkhovik (youtube channel - Modelmen Life)

 

Detailed assembly from Andrei Lomakin (youtube channel - Sekretmastera)

 

Detailed assembly from Alexei Zhigulev (youtube channel - Origami)

 

View the production process for Magic Edges #27 kit to assemble this polyhedron

Popular

Semi-Regular Polyhedrons

Semi-regular polyhedra are several groups of polyhedra: 1. Archimedean solids; 2. Catalan solids;...

Star of the Game of Thrones

  The popular television series "Game of Thrones" is interesting not only by the complex plot, the...

Divide the icosahedron (into parts)

Is it possible to make up an icosahedron using more simple polyhedra?...

What Magic Edges issue to start from?

Suppose you first saw the edition “Magic Edges” on the counter of a bookstore or Internet...

Which glue to choose?

At first glance, it may seem that glue's choice is quite simple, especially for the paper...

The most durable construction

Which geometric solid known to us has the greatest strength? Which is most resistant to external...

Mathematical properties of the Platonic solids

One can specify the following mathematical characteristics in each of the five Platonic solids: 1....