No it doesn't have any vertices's but it has 1 edge.
a cylinder does not have any vertices. it has 2 faces though....
A sphere, an ellipsoid, or any irregular globule without any vertices or edges.
A cone has 1 flat surface, because a cone has 1 corner and has 4 edges. The reason that is is because a cone is round. A cone has a flat surface at the bottom of the cone. The reason it is because the cone doesn't have any vertices and most of the solid and plane figures have vertices.
A sphere does not have edges, faces, or vertices. It is a three-dimensional object that is smooth and without any straight lines or sharp corners.
A cylinder has no vertices.
A cylinder has no vertices.
No it doesn't have any vertices's but it has 1 edge.
Sphere
Many solids. Some are: A sphere intersected by two planes, An ellipsoid intersected by two planes, Any blob intersected by two planes, A toroid (doughnut) with a wedge removed, A double-cone intersected by two planes, A cylinder.
a cylinder does not have any vertices. it has 2 faces though....
A sphere, an ellipsoid, or any irregular globule without any vertices or edges.
A cone has 1 flat surface, because a cone has 1 corner and has 4 edges. The reason that is is because a cone is round. A cone has a flat surface at the bottom of the cone. The reason it is because the cone doesn't have any vertices and most of the solid and plane figures have vertices.
A sphere does not have edges, faces, or vertices. It is a three-dimensional object that is smooth and without any straight lines or sharp corners.
It is a sphere
As a cylinder has 0 corners, the answer to that question will be 0 A cylinder does not have any vertices. The faces are circular and do not have any points where the edges meet each other.For solid geometric shapes, a vertex (singular form of vertices) is a point where three or more edges meet. Since a cylinder has only two edges meeting each other (the circle and the rectangle), it has 0 vertices.
anything with angles does have vertices * * * * * The circular base of a cylinder meets the curved surface at an angle of 90 degrees. So there are an infinite number of angles, but not a vertex in sight. Something wrong with your statement, perhaps!