A cylinder.
A cylinder has three faces: two circular bases and one curved lateral surface. It has two vertices at the ends of the circular bases, and it has no edges on the curved surface. Therefore, in total, a cylinder has 3 faces, 2 vertices, and 0 edges.
A cylinder has 3 faces: two circular bases and one curved surface. It has 2 vertices located at the top and bottom circular edges, and it has an infinite number of edges along the curved surface where the circular bases meet. However, if considering just the circular edges, it has 2 edges.
A cylinder.
A cone has one curved surface and one circular base, giving it a total of 2 faces. It has 1 vertex at the tip of the cone and 1 edge where the base meets the curved surface. Therefore, a cone has 2 faces, 1 vertex, and 1 edge.
acylinder
A cylinder has three faces: two circular bases and one curved lateral surface. It has two vertices at the ends of the circular bases, and it has no edges on the curved surface. Therefore, in total, a cylinder has 3 faces, 2 vertices, and 0 edges.
A cylinder has 3 faces: two circular bases and one curved surface. It has 2 vertices located at the top and bottom circular edges, and it has an infinite number of edges along the curved surface where the circular bases meet. However, if considering just the circular edges, it has 2 edges.
a cylinder
A cylinder.
A cone has one curved surface and one circular base, giving it a total of 2 faces. It has 1 vertex at the tip of the cone and 1 edge where the base meets the curved surface. Therefore, a cone has 2 faces, 1 vertex, and 1 edge.
Cyllinder
A cylinder
A CYLINDER.
acylinder
a cylinder
acylinder
Faces: 2 circular, 1 curved rectangular. Vertices (not vertexes!): None Edges: 2 circular.