There are five Platonic solids:
Tetrahedron (or triangular pyramid): 4 triangular faces
Cube: 6 square faces
Octahedron: 8 triangular faces
Dodecahedron: 12 pentagonal faces
Icosahedron: 20 triangular faces.
Although not a Platonic solid, some people consider a sphere to be a regular 3d shape.
Infinitely many.
It is impossible to name and draw ALL 3D shapes - there are infinitely many possibilities.
cylinder
2D shapes are flat and have only two dimensions—length and width—while 3D shapes include depth, adding a third dimension. This allows 3D shapes to occupy physical space, whereas 2D shapes are confined to a plane. Additionally, 3D shapes can have volume and surface area, whereas 2D shapes are characterized by perimeter and area. Examples include squares and circles for 2D shapes, and cubes and spheres for 3D shapes.
The special features of 3D shapes are they all are 3D which means they are fat but 2D shapes are flat they can not stand up.
Yes, many 3D shapes can tessellate, of course the cube, but also triangular and rectangular prisms. Spheres fit together in a regular repeating layout as well, but leave space between. There are also other shapes that can tessellate too, a portion of 3D n-imoes, for example, but aren't regular geometric shapes.
There are infinitely many 3d shapes and many of them do not have specific names.
Platonic solids are 3D shapes formed using only regular shapes. Only 1 type of regular shape is used to make a platonic solid. Platonic solids are the simplest and purest form of 3D shapes.
Many 3d shapes have a corner.
There are infinitely many shapes that do.
Infinitely many.
It is impossible to name and draw ALL 3D shapes - there are infinitely many possibilities.
One: A 3D triangle
cylinder
3D shapes have edges, sides, and intersecting points
The special features of 3D shapes are they all are 3D which means they are fat but 2D shapes are flat they can not stand up.
Many 3D shapes - the biggest group of these would be polyhedra.