There is no such shape since it is always possible to add another side.
A polygon is a shape in which every site is a line segment. It can have any number of sides and any number of angles, but always has the same number of sides as it has angles..
A shape with 5 angles has 5 sides, always. Pentagons have 5 sides, and 5 angles.
A polygon is a shape with multiple sides. There are an infinite number of polygons, as the polygon is classified by the number of sides.
a pentagon has 5 sides total, and no parallel sides. A hexagon has 6 sides, so it has 3 parallel sides. any shape with an odd number of equal sides has 0 parallel sides, no matter how many sides it has. every shape with an even number of equal sides will have the # of sides divided by 2 (#/2) of parallel sides.
5
A vertice is the point on a three dimensional shape where three or more edges meet. Imagine a cube, the vertice would be more easily called the "corner". With more complex shapes, this different definition was needed, so from a pyramid to a dodecahedron, where three or more sides com together to make a "corner" it is known as a vertice. This is especially important when you consider that shapes are defined by their number of sides and their number of vertices.
There is no such shape since it is always possible to add another side.
no but the they are the points that connect the sides
You count them. Let's look at a square, it has 4 edges. Just count the sides of the shape. Vertice = corners (point) Faces = the flat surface areas Edges = sides of the shape that makes up the shape like the outline of a shape.
A triangle has 3 sides and no vertices.
n
Yes
Well, you could always count them. Also, the number of sides is always equal to the number of vertices.
it is a isocahedron * * * * * Sadly, the wrong answer. All you need to do is cut one vertex off and you increase the number of sides by 1. Since you can always increase the number of sides by cutting off a vertex, there cannot be a shape with the most sides.
A polygon is a shape in which every site is a line segment. It can have any number of sides and any number of angles, but always has the same number of sides as it has angles..
Such a shape cannot exist because it is always possible to increase the number of sides by 1 by simply cutting off one vertex.