A cube has 12 edges and cylinders have 2 edges.
The ratio is 27 : 1331.
polyhedrons need flat face and edges, corners which cylinder cones don't have.
a sphere has no edges. a circle has no edges.
Any shape with straight edges can have perpendicular edges.
A cube has 12 edges and cylinders have 2 edges.
two
No. They have curved edges, so they can't be polyhedra.
None, the base is a circle. There is only one vertex.
it is so strong bcause of its round edges and sides
I dont think so, but im unsure...
cans are cylinders which consist of circles so there are no edges * * * * * A cylinder has two circular edges - where the curved surface meets the plane faces that form the ends (or bases).
A polyhedron is defined as a "geometric solid in three dimensions with flat edges and straight faces". As both cylinders and cones have curved faces, neither are polyhedra.
The question is based on a false premise, and so cannot be answered.
A cylinder has one line and no vertices. Cylinders have no edges or corner where lines can meet. It is a closed plane.
The ratio is 27 : 1331.
Originally, batons were flat, with very sharp edges. When conductors started bleeding all over their musical scores, it was decided to round these sharp edges and eventually the batons formed cylinders.