a regular polygon
A square is a regular polygon because all sides are equal and all angles are equal.
A rhombus is by definition a polygon with four sides of equal length. Since the sum of the internal angles of a polygon with four sides is 360° , a polygon with four sides can have four angles all equal to 90°. In this case we have a particular type of rhombus called square.
A square
A polygon is a two-dimensional geometric figure with straight sides. A square is a specific type of polygon known as a quadrilateral, which has four equal sides and four right angles. In general, polygons can have any number of sides, but a square's defining characteristics make it a regular polygon, as all its sides and angles are equal.
An isosogon is a type of polygon that has an equal number of sides and angles. Specifically, it is a polygon that can be characterized by having equal-length sides, making it a specific type of isosceles polygon. The most common examples of isosogons are triangles and quadrilaterals, but the term can apply to any polygon with equal sides. Therefore, the number of sides an isosogon can have varies, depending on the specific shape in question.
Yes, a regular polygon is a type of polygon where all the sides and angles are equal.
A square is a regular polygon because all sides are equal and all angles are equal.
A rhombus is by definition a polygon with four sides of equal length. Since the sum of the internal angles of a polygon with four sides is 360° , a polygon with four sides can have four angles all equal to 90°. In this case we have a particular type of rhombus called square.
A square
quadrate rectangle
A polygon is a two-dimensional geometric figure with straight sides. A square is a specific type of polygon known as a quadrilateral, which has four equal sides and four right angles. In general, polygons can have any number of sides, but a square's defining characteristics make it a regular polygon, as all its sides and angles are equal.
An isosogon is a type of polygon that has an equal number of sides and angles. Specifically, it is a polygon that can be characterized by having equal-length sides, making it a specific type of isosceles polygon. The most common examples of isosogons are triangles and quadrilaterals, but the term can apply to any polygon with equal sides. Therefore, the number of sides an isosogon can have varies, depending on the specific shape in question.
The question is somewhat ambiguous.If you mean a polygon in which the number of sides is not equal to the number of vertices, the answer is NO, there cannot be such a polygon.If, however, the question is whether there is a polygon in which not all the sides are equal and not all the angles are equal, then the answer is YES, the vast majority of polygons are of this type.
A regular polygon can be identified by its equal side lengths and equal interior angles. Each vertex of a regular polygon is equidistant from the center, making it symmetrical. Additionally, the number of sides determines the type of regular polygon, such as a triangle (3 sides), square (4 sides), or pentagon (5 sides). To confirm regularity, you can measure the sides and angles or use geometric properties.
It is a regular polygon
It is an octagon
A Simple Polygon has only one boundary and doesn't cross over itself.A complex Polygon interacts itself.A Convex Polygon has no angles pointing inwards. The internal angles can be more than 180°A Concave Polygon is wheere the internal agnels are greater than 180°If all the angles are equal and sides are equal then it is a regular polygonOtherwise it is an Irregular Polygon