Depending on what information and grade level the following would be considered for a three dimensional cone:
If the definition of a face= a flat side
edge= where to faces meet
vertex= where three or more faces meet
then cone would have 1 face (the base), 0 edges, 0 vertices
If the curriculum includes curved surfaces as faces then:
cone would have 2 faces, 1 edge, 0 vertices
The above was using a 4th grade Macmillan McGraw-Hill Oklahoma textbook copyright 2011.
A cone has one vertex, one edge and two faces.
A solid cone has 2 faces and 1 edge
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A cylinder and a cone - are two entirely different 3D shapes. A cylinder has three faces & two edges. A cone has two faces and one edge.
Faces-2 the base and the slanted side Edges-1 separting the base and apex Vertices-1 there is an apex which is the tip, or top of the cone
A cone has two surfaces, one vertex and no edges.
1 edge, 2 faces, no vertices
1 edge, no vertices
A cone hasEdges-1Vertices-1Faces-2
2 faces, 1 edge, 0 vertices
2 faces, 1 edge, 0 vertices
2 faces, 1 edge, 0 vertices
2 edges 2 faces 1 vertices
A cone has a curved base edge and 1 vertex
on a cone there is 2 faces. 1 edge. 1 vertice.
A cone has one vertex, one edge and two faces.
A solid cone has 2 faces and 1 edge