0
What else can I help you with?
What is a space figure with one circular base and vertex?
A spitial figure with a circular bases no edges and one vertex
What solid figure has a circular base and one vertex?
Cone
What is a 3-dimensional shape with a circular base and one vertex?
A cone.
How many vertices faces or edges does a cone have?
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.
What is a shape with one vertex one edge and two faces is?
A shape with one vertex, one edge, and two faces is called a cone. The vertex is the point where the edges meet, the edge is the line where the faces meet, and the faces are the flat surfaces of the shape. In the case of a cone, one face is the circular base and the other face is the curved surface.
What shape has a circular base one vertex and two faces?
A right truncated cone.
What geometric figure has one circular base and one vertex?
A cone has one circular base and a vertex that is not on the base.as described on math.com
How many faces and edges and vertices's does cine have?
If you mean a cone then it has a flat base face and a circular face with one edge and one vertex
What has a circular base and one vertex?
A cone
What is a space figure with one circular base and vertex?
A spitial figure with a circular bases no edges and one vertex
What solid figure has a circular base and one vertex?
Cone
A space figure with one circular base and vertex?
A cone
A 3-d figure with one vertex and one circular base?
a cone
What is a 3-dimensional shape with a circular base and one vertex?
A cone.
How many vertices did cone has?
A cone has only one vertex and a circular base
What geometric figure has one curved surface one circular base and one vertex?
a cone
What is mean by right circular cone?
A Right Circular Cone is one wherein the base of the cone is circular and the axis of the cone is perpendicular to the base and passes through the center of the base and the vertex of the cone.
