Nevermind guys, I learned it in class today, our teacher doesn't inform us on homework very well...
Anyways, you make a polyhedron rigid just like a 2d shape, where you add braces and form triangles. Just in this case, you do it on all sides not rigid, not just the one 2d shape.
Thanks anyways!
~xDragonx
It is the smallest possible polyhedron. It is also a rigid 3-D shape.
Look at that shiny polyhedron! Oh yes, officer, I am quite certain that it was a blue and green polyhedron that crossed into the road.
This polyhedron has 7 vertices and 12 edges.
The answer depends on how it is "moved". However, hexagons cannot make a polyhedron.
If you want to make a 3d paper polyhedron there are some cut outs you can print from http://local.wasp.uwa.edu.au/~pbourke/geometry/polycuts/
None. A polyhedron is 3 dimensional and you cannot make a 2 dimensional shape out of 3D shapes.
They are faces the polyhedron.
No, they are the faces of the polyhedron.
A rigid shape is when you cant push/pull on it and make it turn into a different shape. You can make shapes rigid by adding "braces", which are lines that you put inside the shape to make triangles (which are rigid). For instance, a square is notrigid. To make it rigid, you would put a brace inside diagonally. This would create TWO triangles, and therefore, rigid. ~xDragonx
The definition of polyhedron. If it was not faceted it would not be a polyhedron.
A diamond is not a rigid shape unless it has a brace. A brace is a diagonal line you put inside shapes to make them rigid. Triangles are rigid so if you put a brace in a square to make two triangles the square is now rigid.
They are called faces of the polyhedron.