None
A cylinder has zero vertices. Vertices are defined as points where two or more edges meet, and since a cylinder has curved surfaces and no sharp corners, it does not possess any vertices. It has two circular faces at the top and bottom, but these do not count as vertices.
A 3D cylinder has two circular bases, each contributing one vertex at the top and one at the bottom. However, since the edges of the cylinder are curved and there are no distinct corners, it technically has zero vertices in the traditional sense. Therefore, a cylinder has 0 vertices.
A cylinder has 3 faces: two circular bases and one curved surface. It has 2 edges where the bases meet the curved surface. In terms of vertices, a cylinder has 0 vertices, as there are no sharp corners.
A rectangular prism has 8 vertices/corners.
a cylinder has no corners
if you mean "vertices" by "corners" then sixteen
A cylinder has zero vertices. Vertices are defined as points where two or more edges meet, and since a cylinder has curved surfaces and no sharp corners, it does not possess any vertices. It has two circular faces at the top and bottom, but these do not count as vertices.
A cylinder shape consists of 2 edges and 3 faces. A cylinder does not contain any corners or vertices.
An octagonal prism has 16 vertices (or corners).An octagonal prism has 16 vertices (or corners).An octagonal prism has 16 vertices (or corners).An octagonal prism has 16 vertices (or corners).
A cylinder has 3 faces: two circular bases and one curved surface. It has 2 edges where the bases meet the curved surface. In terms of vertices, a cylinder has 0 vertices, as there are no sharp corners.
A rectangular prism has 8 vertices/corners.
a cylinder has no corners
A rectangle has four corners, or vertices
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.
A cube has eight vertices (corners).
how many vertices does a pentagonal cylinder have? how many vertices does a pentagonal cylinder have?
By "corners", do you mean vertices or edges?