Yes - as does a pyramid.
A cone has one vertex, which is the pointed tip of the shape. The base of the cone, which is typically circular, does not count as a vertex. Therefore, in total, a cone has one vertex.
A cone has one vertex, one edge, and one base.
A cone has one vertex, which is the pointed tip at the top. The base of the cone is a circle, but it does not count as a vertex since it does not have angular corners. Therefore, a cone is characterized by having just one vertex.
A cone has one vertex, which is the pointed tip where the two sides of the cone meet. The circular base of the cone does not count as a vertex, as vertices are defined as points where edges meet. So, in total, a cone has one vertex.
A cone
A cone has one vertex, which is the pointed tip of the shape. The base of the cone, which is typically circular, does not count as a vertex. Therefore, in total, a cone has one vertex.
A cone
A cone has one vertex, one edge, and one base.
A cone has one vertex, which is the pointed tip at the top. The base of the cone is a circle, but it does not count as a vertex since it does not have angular corners. Therefore, a cone is characterized by having just one vertex.
A cone has only one vertex and a circular base
A cone.
A cone has one vertex, which is the pointed tip where the two sides of the cone meet. The circular base of the cone does not count as a vertex, as vertices are defined as points where edges meet. So, in total, a cone has one vertex.
A cone has one circular base and a vertex that is not on the base.as described on math.com
cone
A cone
Cone
A space figure with a single vertex is known as a cone. A cone has a circular base and tapers smoothly from the base up to the single vertex or apex. While it has one vertex, it also has an infinite number of points along the circular base.