No corners, two faces
A sphere has no faces an corners. The term "faces" and "corners" are applied to polyhedrons, figures with flat surfaces.
2 edges (curved), 0 corners, and 3 faces (one of which is not flat) ------------------------------------------------------------------------------------------------- A cylinder has 0 vertices (corners), 0 edges, and 2 faces. If you need convincing, my proof is Euler's formula, which which relates all three and is true for all solids in Euclidean 3-space: V + F - E = 2 0 + 2 - 0 = 2 You cannot consider the curved boundaries when counting faces or edges.
A sphere has no edges, because an edge is defined as where two faces meet. Likewise, it has no faces, because a face is defined as the flat surface of an object. Likewise, it has no corners either.
no edges and 4 corners
none
3 faces and 8 corners
A sphere has no faces an corners. The term "faces" and "corners" are applied to polyhedrons, figures with flat surfaces.
6 faces 8 corners
5 faces, 5 corners.
5 corners and 5 faces 5 corners and 5 faces
11 faces and 11 corners (vertices).
12 edges 6 faces 8 corners
Zero corners and edges, and a cyllindar has two faces.
there are no corners and there are 3 faces
A pyramid has 5 faces, 5 corners and 8 edges corners and faces are always the same
Cuboid has : 8 corners (vertices) 12 edges 6 faces
6 faces 8 corners and 12 edges