One edge (boundary) and no vertices.
A cone.
Angles are measured by degree and vertices happen when two sides meet, and aren't measured.
Two corners make up an edge.
A side is basically a geometrical shape; an edge is where two sides meet.
One edge (boundary) and no vertices.
A cone. Except that the singular is vertex - there is no such thing as a vertice.
That is impossible.
If a cylinder has two edges then a cone by that definition has one edge and one vertice.
A cone.
A cone.
Well it has one edge, one face, one base(the face that the shape sits on), and one vertice.
It is a cube or a cuboid
Angles are measured by degree and vertices happen when two sides meet, and aren't measured.
A cone only has one edge simply because it only has one face. Although a face can have multiple edges, in the case of a cone, which has a circular face, it only has one edge because the face is a closed figure; namely, a circle. The rest of the figure is still 3-D, but since there is only one face, there are an infinite amount of spaces in the area between the edge and the vertice, resulting in an area, not an edge. The contracting circle joins at a vertice parallel to the face. This vertice does not compute as an edge either because there is only one circular face. Thus, a cone has one edge because it has only a single, closed face. By: Brian Jiang (seriously though, Steven, Ubi, Liam, Malcolm, Moshina, etc.
on a cone there is 2 faces. 1 edge. 1 vertice.
Two corners make up an edge.