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0 vertices 0edges 2 flat surfaces
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.
The description given fits that of a cylinder
There are 2 flat surfaces, both are circles.
V= number of vertices E= number of edges F= number of faces For ALL convex polyhedra V-E+F=2 (Euler Characteristic of closed convex polyhera is 2; the genus is 2-2=1) For a torus (donut shape) V-E+F = 3 (genus is 3-2= 1)
a cylinder l
0 vertices 0edges 2 flat surfaces
a cylinder
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 cylinder.
A cylinder
A paper cup typically has three flat surfaces: the bottom, which is circular, and the two sides which are usually straight and flat. These surfaces are necessary for the cup to hold its shape and be able to stand upright.
There is no shape that has only 2 edges and 2 faces.
There are 2 flat surfaces, both are circles.
The description given fits that of a cylinder
V= number of vertices E= number of edges F= number of faces For ALL convex polyhedra V-E+F=2 (Euler Characteristic of closed convex polyhera is 2; the genus is 2-2=1) For a torus (donut shape) V-E+F = 3 (genus is 3-2= 1)
2 flat surfaces unless it is rolled up in which case it has 2 curved surfaces.