Can be. It would be the net of the polyhedron.
A hectahedron, also known as a hexadecagon in 2D or a polyhedron with 16 faces in 3D, typically refers to a polyhedron with 16 vertices. However, the specific number of vertices can vary depending on the type of hectahedron and its geometric properties. For example, a regular tetrahedron has 4 vertices, while a more complex form may have a different number.
A shape in 2D with n sides is called an n-gon. In higher dimensions, a shape with n sides is called an n-sided polyhedron.
A polygon, by definition is a 2d object. In 3-d it would be a polyhedron. There are a number of possible answers. One of them is a pyramid with a hendecagon (11-sided) base.
its if you take a 3D figure and open all of its sides and draw it in 2D so that if you folded it all back up again you would have the original 3D object
A 2D seven sided figure is called a heptagon. A 3D seven faced polygon is called a heptahedron.
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
a 3d object made of 2d faces with all flat sides
An icosahedron is a polyhedron has 20 faces, and is a 3D shape.
A dodecahedron is a polyhedron with between 18 and 30 faces.
it is a term for a face , its different for all, if the polyhedron is based off a 2d polygon, it is the side with that shape(usualy)(their may be more than one)
If it is folded out it is called a net. It forms two circles and a rectangle.
bc - 2d is in its simplest form.
It is a 3-D shape because a tetrahedron can be folded into a net!
The crumbled. It's more like a ball, unlike the 2D paper. And since you can't keep the paper completely folded, It might as well be in 2nd place.
A shape in 2D with n sides is called an n-gon. In higher dimensions, a shape with n sides is called an n-sided polyhedron.
yaa, you need to master how the formation of a 2D object, then it is very easy to form a 2D object into 3D shapes
only if it is in a certain shape, although the 3d shape would not look exactly like the 2d one, take this, if a square were to be turned into a square, it would have to be extended, but if you were to do this it would just stay as a 2d square, in a 3d world, but if it were a net (like the t cube) then yes, it would be able to become 3d