Some people describe a cone that way.
A cone has 1 vertex, 1 circular edge and 2 faces
1 corner,0 vertices and 0 edges * * * * * A vertex is the same as a corner, so a cone has 1 vertex. It has two faces: one circular and one curved. It has one edge where the two faces meet.
Faces-2 (1 flat face and 1 curved face), 1 curved edge, and 1 vertex.
One possible answer is an infinite cone. Spheres have one face but no vertex. No physical 3-D shape can have a vertex without having more than one face (a real cone typically has two: side and bottom).
CONE
A cone has 1 vertex, 1 circular edge and 2 faces
No such shape exists. The closest contenders would be: a cylinder - 3 faces, 2 edges, 0 verticies or a cone - 2 faces, 1 edge, 1 vertex
one face one vertex and two circle edges * * * * * What kind of cone is that? It has 1 edge, 2 faces (one curved and one plane), and 1 vertex.
No such shape exists. The closest contenders would be: a cylinder - 3 faces, 2 edges, 0 verticies or a cone - 2 faces, 1 edge, 1 vertex
A teardrop-shape would have one vertex (the tip), one edge and one face
No such shape exists. the closest contenders would be: a cylinder - 3 faces, 2 edges, 0 verticies or a cone - 2 faces, 1 edge, 1 vertex
It has 2 faces, 1 vertex and 1 edge
2 faces, 1 edge and 1 vertex.
1 corner,0 vertices and 0 edges * * * * * A vertex is the same as a corner, so a cone has 1 vertex. It has two faces: one circular and one curved. It has one edge where the two faces meet.
A triangular pyramid (tetrahedron) can be formed by joining two triangular shapes together along one of their edges. This configuration results in a shape that has three triangular faces, two edges, and one vertex, which is the point where the two triangular shapes meet.
A shape with 5 faces and 8 edges is a square (or rectangular) pyramid. However, it is important to note that a square pyramid has 5 vertices in total: 4 vertices at the corners of the base.1 vertex at the top (often called the apex). According to Euler’s Formula for polyhedra ($V - E + F = 2$), a shape with 5 faces ($F$) and 8 edges ($E$) must have 5 vertices ($V$) to exist ($5 - 8 + 5 = 2$). Therefore, a standard polyhedron with only one vertex cannot have 5 faces and 8 edges.
A pyramid has a number of edges and faces that depends on the shape of its base. For a pyramid with an n-sided polygonal base, it has n edges on the base, n edges connecting the apex to each vertex of the base, and a total of n + 1 faces (n triangular faces and 1 base face). For example, a square pyramid (with a square base) has 8 edges and 5 faces.