Three types of solids that do not have any faces or edges are spheres, cylinders, and cones. A sphere is perfectly round and has no edges or vertices, while a cylinder has curved surfaces but flat circular bases. A cone features a circular base and a curved surface that tapers to a point, but it also lacks distinct edges and faces.
spheres
its has parallel faces and edges
Ball!!!!
An ellipsoid has no flat faces and, therefore, is considered to have zero faces. It also has no edges, as it is a smooth, continuous surface without any sharp corners. In summary, an ellipsoid has 0 faces and 0 edges.
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.
spheres
its has parallel faces and edges
Ball!!!!
A cylinder has three faces and two edges. It does not have any vertices. It has a top and bottom circular face, and a rectangular face or the part that is attached to the bottom and top faces..
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 square pyramid dose not have any faces, edges or vertices because a dose is a measured amount of medicine!However, a square based pyramid does have any 5 faces, 8 edges and 5 vertices.
Yes i actually has 2 edges, 3 faces and 0 vertices
Any figure with 8 faces is an octahedron. If it has 18 edges, it is a hexagonal prism.Any figure with 8 faces is an octahedron. If it has 18 edges, it is a hexagonal prism.Any figure with 8 faces is an octahedron. If it has 18 edges, it is a hexagonal prism.Any figure with 8 faces is an octahedron. If it has 18 edges, it is a hexagonal prism.
a cylinder does not have any vertices. it has 2 faces though....
A triagular prism has 5 faces, 9 edges and 6 vertices
A dodehedron does not exist. A regular dodecahedron has 20 vertices, 30 edges and 12 faces. A dodecahedron must have 12 faces, but it can have any number from 8 to 20 vertices and so 18 to 30 edges.
Any polyhedron can be deformed (its angles changed) without affecting the number of edges, vertices or faces.