None. Circles are convex shapes without straight sides and so there are no vertices (the correct plural of vertex).
It has no vertices as such but it does have a side that is called its circumference which has 360 degrees around it.
(pie)ve.Truly, a circle has no straight sides.If you draw a shape with enough straight sides, it will look like a circle if you don't look too closely, but it will never be a circle.
A triangle has three sides and three vertices.
8 sides 8 vertices
None. An oval is a "squashed" circle.
None. Circles are convex shapes without straight sides and so there are no vertices (the correct plural of vertex).
2-dimensional shapes, with three straight sides have three vertices.
Depending on how you want to define vertices, a circle either has no vertices or the circle is composed of infinite vertices. A vertex is where two straight edges meet. Since a circle is continuously curved you can easily argue that it has no straight edges to meet and form a vertex. From a limits standpoint though it has infinitely many straight segments - but they are are all of length 1/∞
It has no vertices as such but it does have a side that is called its circumference which has 360 degrees around it.
A circle is the only geometric two dimensional shape that does not have any vertices, or points. However, there are non geomatric shapes that do not have any vertices. These are called organic shapes and are constructed either of only curved sides or curved sids and straight sides. Many three dimensional shapes do not have any vertices, the geometric ones include cylinders, spheres, and hemispheres.
(pie)ve.Truly, a circle has no straight sides.If you draw a shape with enough straight sides, it will look like a circle if you don't look too closely, but it will never be a circle.
Most Shapes has many vertices & Sides. The answer is a '''Circle''' * * * * * Only partly true. Most '''WELL-STUDIED''' shapes have vertices and sides. Most shapes - in nature, for example, are irregular, "random" shapes.
A triangle has three sides and three vertices.
6 sides and vertices
There are zero diagonals in a circle because a circle has no sides no vertices or it doesn't have a flat surface so zero.
3 vertices and 3 sides.