A cone.
it is a three dimensional cone , the circle is the edge of the figure and the curved side is the body of the cone, the vertex is the point of the cone
You're probably thinking of a cone. There is some disagreement as to whether the point of a cone qualifies as a vertex.
A cone would fit the given description because it has a pointed vertex and a circular base.
One, around the base. As a matter of fact it is the only edge of a cone which also has a vertex at the point.
In a 3-dimensional shape with polygonal faces, an edge is a straight line at which two faces meet. A vertex is a point where three or more edges meet. In solid shapes which are not polyhedra, an edge is still a line - possibly curved - where two faces meet. But a vertex can be any corner, for example, the point of a cone.
it is a three dimensional cone , the circle is the edge of the figure and the curved side is the body of the cone, the vertex is the point of the cone
You're probably thinking of a cone. There is some disagreement as to whether the point of a cone qualifies as a vertex.
A point.
Two nappes of a right circular cone meet at a point called the vertex.
A cone does not have a vertex. A vertex is defined as a point where two lines meet; a triangle has three vertices, and the angular face of a pyramid has a vertex. However, a cone is a three-dimensional figure and has a curved surface. The base of a cone is circular. The top of the cone is a single point called the apex of the cone.
cornet
A cone would fit the given description because it has a pointed vertex and a circular base.
Yes, the point on the cone is a vertex.Typical math textbooks define a cone as "A solid figure with one circular face and one vertex." So yes, there is one vertex.
A cone. It has 1 point, edge and 2 faces.
A cone would fit the given description.
A cone could fit the given description
A cone.