A parallelepiped. A cube is a special case of a parallelepiped.
That's an impossible shape. No shape can have only 2 edges.
# of faces + # of edges + # of vertecies + 2
The line segment where two faces of a three-dimensional shape meet is called an "edge." Edges are the boundaries between the faces and define the shape's structure. In polyhedra, for example, edges connect vertices and are crucial for determining the geometric properties of the shape.
Dodecahedrons are a shape with 12 faces, 30 edges and 20 vertices.
A cuboid has 12 edges, 6 faces and 8 vertices
It is impossible, A shape has to have faces. But if you can have faces, then it is a dodecagon
That's an impossible shape. No shape can have only 2 edges.
There is no shape that has only 2 edges and 2 faces.
circle, sphere and another shape do not have faces or edges
That 3D shape is called triangular pyramid.
With 4 faces it is a tetrahedron. It is also called a triangular pyramid.
what shape has 2 faces 0 edges and 0 corners
# of faces + # of edges + # of vertecies + 2
The line segment where two faces of a three-dimensional shape meet is called an "edge." Edges are the boundaries between the faces and define the shape's structure. In polyhedra, for example, edges connect vertices and are crucial for determining the geometric properties of the shape.
The faces in a 3-D shape (polyhedron, for example) are bordered by edges.
A Decagon. * * * * * There is no such shape in normal geometries. The only polyhedron with 4 faces is a tetrahedron and that has 6 edges.
Well, isn't that just delightful! It sounds like A is a special kind of shape called a polyhedron. You see, in a polyhedron, each edge connects two faces together. So if A has twice as many edges as faces, it must be a very harmonious shape with a lovely balance between its edges and faces.