Nothing, in particular.
According to the Euler characteristic, regular polyhedra satisfy the following:
Face + Vertices = Edges + 2
This gives
Face + Vertices + Edges = 2 + 2*Edges = 2*(1+Edges) which, since it has the variable "edges" on the RHS as well, is not particularly helpful nor informative.
A sphere has no edges or edges but its face is globular.
1 face, 4 edges and 4 vertices.
A triangle has one face, three vertices and three edges.
A trapezium has 1 face, 4 edges and 4 vertices.
There are two plane faces and a curved face, two edges and no vertices.
A sphere has no edges or edges but its face is globular.
A sphere has one face, and no vertices or edges.
3 vertices, 3 edges and 1 face.
1 face, 4 edges and 4 vertices.
0 edges, 1 face and 0 vertices.
A triangle has one face, three vertices and three edges.
A trapezium has 1 face, 4 edges and 4 vertices.
1 face, 1 edges & 0 vertices
It will have 300 edges and 200 vertices
There are two plane faces and a curved face, two edges and no vertices.
A Rectangular prism has 8 vertices's 12 edges and 6 faces
A rectangle has 1 face, 4 vertices and four edges (or sides).