Vertices are points in a solid, or 3-D figure, where edges meet.
There is no 3 dimensional figure with JUST 3 edges.
A parallelopiped, which is the 3-dimensional equivalent of a parallelogram.
vertex
None. Using Euler's formula v - e + f = 2, where v is vertices, e is edges, and f is faces, we see that for your question f = 3. No solid figure can have less than 4 faces (a tetrahedron).
Vertices are points in a solid, or 3-D figure, where edges meet.
There is no 3 dimensional figure with JUST 3 edges.
solid-----> 3 dimensionaledge----> the part that's not the side, face, or cornerI was thinking...?...pyramid...?...pentagon...?...idk
A triangular prism has 4 triangular faces and 6 edges (3 for the base and other 3 to form the "point" of the pyramid.
A parallelopiped, which is the 3-dimensional equivalent of a parallelogram.
It is a triangular prism.
vertex
vertex
A solid is a 3-D object in which you can see all of the faces, edges, and vertices. A two dimensional figure is on paper and you cannot hold it in your hands.
None. Using Euler's formula v - e + f = 2, where v is vertices, e is edges, and f is faces, we see that for your question f = 3. No solid figure can have less than 4 faces (a tetrahedron).
A rectangular solid (a cube is one example).
Vertex mate :) 3 or more is a vertex