Polygons are shapes based on a center radius and a number of sides, while stars are shapes based on two center radiuses: one for the distance from the center of the star to the innermost points, and another for the distance from the center to the outermost points.

As we have already discussed above that a polygon is an enclosed figure that has a finite number of sides connected end to end. By this definition, a star can also be considered as a polygon as it is made up of several line segments known as sides of edges. These edges or sides are connected end to end with each other.

By geometrical definition, a star is a regular polygon: simple or complex. Polygon – any two-dimensional shape formed with straight lines and is closed. Regular polygon – a polygon whose sides are all the same length (equilateral) and whose angles are all the same (equiangular).

A "regular star polygon" is a self-intersecting, equilateral equiangular polygon. A regular star polygon is denoted by its Schläfli symbol {p/q}, where p (the number of vertices) and q (the density) are relatively prime (they share no factors) and q ≥ 2.

In geometry, a decagram is a 10-point star polygon. There is one regular decagram, containing the vertices of a regular decagon, but connected by every third point.

A polygon does not have any curved surface. A polygon should have at least three sides. Each side of the line segment must intersect with another line segment only at its endpoint. Based on the number of sides of a polygon, we can easily identify the polygon shape.

Answer and Explanation: Yes, a star is a polygon. In geometry, a star is a special type of polygon that we call a star polygon. These types of polygons take on the general shape of a star and are classified as being complex polygons, because their sides intersect each other.

A star shaped polygon (or curve) is a polygon (or closed curve) with at least one star center (Figure 5). If every point in the region enclosed by a closed curve is a star center, then the curve is called convex/ (The gray shaded curve of Figure 1 is convex, while the other curve in that picture is not convex.)

As the definition tells us, a polygon's sides must be straight. If any side is curved, then it's no longer a polygon. So, the moon, the sun and rainbows are not polygons because they are curved.

Just like we call polygons: Pentagons, Hexagons, Nonagons … a star polyon with five points is called a Pentagram, and a six pointed star polygon is caled a Hexagram …

A pentagram is the shape of a five-pointed star polygon. It is also known as a star pentagon due to its shape and the pentagon in its center, which explains the origin of the word pentagram.

The sides must be straight. Polygons may have any number of sides. A shape with curved sides is not a polygon. A shape that is not fully closed is not a polygon.

We can conclude that though all diamonds are polygons, not all polygons are diamonds. A square is a quadrilateral. Furthermore, a square has all of its sides of equal length, and since all of its angles have the same measure, opposite angles have the same measure, and opposite sides are parallel.

Stars are made of very hot gas. This gas is mostly hydrogen and helium, which are the two lightest elements. Stars shine by burning hydrogen into helium in their cores, and later in their lives create heavier elements.

The patterns of stars seen in the sky are usually called constellations, although more acurately, a group of stars that forms a pattern in the sky is called an asterism.

The real stars don't actually have points or anything similar. In fact, they are giant spherical balls of plasma. We tend to associate them with a star shape for various reasons. First, seen from the Earth, from so far away, stars look like little dots.

An {n/m} star polygon is the shape formed by placing n dots equally spaced around a circle and connecting each one to those m spaces away. Don't worry about drawing them perfectly! Note the imperfectly drawn {5/2} star polygon below.

A circle is not a polygon. A circle is the set of points in a plane that are equidistant from a given point. The distance from the center is called the radius, and the point is called the center. A polygon is a closed figure on a plane formed from a finite number of lines segments connected end-to-end.