Cone
Hemisphere
a cone
Technically, there's no shape with no surface and no vertices, but a sphere is close. It has no vertices but has just one surface.
Circle
It the cylinder because it has 2 bases 2 faces 0 vertices And 0 edges
a sphere has 0 flat serfaces 0 vertices
The solid figure that has 2 flat surfaces and 0 vertices is a cylinder. A cylinder consists of two parallel circular bases (the flat surfaces) connected by a curved surface. The bases do not have any vertices, as they are continuous curves.
Hemisphere
How about globe or a sphere
A solid figure with 2 flat surfaces and 0 vertices is a cylinder. A cylinder has two circular flat surfaces, known as bases, and no vertices because it does not have any corners or points where edges meet. It is a three-dimensional shape that is formed by a curved surface connecting the two bases.
a cone
Not in Euclidean geometry.
A sphere or torus (a donut).
This is an impossibility. If it is a solid figure then it will have more than 1 surface. If it has only 1surface and it is a solid, then it must be a sphere, but the surface of a sphere is not flat is it? By using the word 'solid' then by definition, it is three dimensional and has thickness. A cylinder has no vertices , but it has 2flat surfaces. A vertex is a point where three lines meet, such as on a pyramid, which has 4 vertices. Have I forgotten something or is this a 'trick' question?
Technically, there's no shape with no surface and no vertices, but a sphere is close. It has no vertices but has just one surface.
0 vertices 0edges 2 flat surfaces
cylinder