they connect the shape together It all belongs to one shape
Vertices are points where two lines meet. For example, a square has 4 vertices. A cylinder is comprised of circles, so there is only one line [instead of two lines to meet], so there are no vertices.
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.
No. Every solid shape has at least one face. The closest you will get is a sphere, which has no edges or vertices, but it still has a face.
half a sphere
There is no such shape as a regtangiel. If you meant a rectangle, that is a 2-dimensional shape with 4 vertices, 4 edges and one face.
Yes, if its one corner it is called Vertex, but if its corners ,its called Vertices.
A line segment connecting two vertices of a polygon is called an edge if the vertices are adjacent to one another. Otherwise it is called a diagonal.
Any shape with two or more vertices can have one or more pairs of equal angles. The simplest of these is a symmetric lenticular shape with just two vertices.
There can be no such shape. A hexagon is a 2-dimensional shape and so has only one face, six sides and 6 vertices.
a line of symetry can be applied to one shape but cannot go between two shapes unless those two shapes are infact a part of one larger, symetrical shape. a line of reflection goes between two shapes. so O l O this is two circles with a line of reflection in between them. if there was a line of reflection between two e's then one of the e's would have to be a backwards e.
I don't think there is one, if there is it's not named anything