A polygon can only have sides. There are no interior or exterior sides: all sides are the boundaries of a polygon. They could be called equilateral although that names seems to be reserved for triangles.
A regular polygon has all equal interior angles and all equal sides of the same length
When all sides are equal and all interior and exterior angles are equal.
It is a shape where all of its sides are equal in length and all of its interior angles are equal in measurement
All sides must be equal in length and each interior angle must be equal in degrees
A regular polygon has congruent sides and equal interior angles such as a square or an equilateral triangle
This is a tautological question that does not have a proper answer. A regular polygon is one which has all its sides of equal length and all its interior angles of equal measure.
it's a regular polygon
If the polygon is a regular polygon then all interior angels are equal to 180-(360/no of sides of the polygon)
yes always
An irregular polygon has not got all equal sides and all equal interior angles.
A regular polygon has all equal interior angles and all equal sides of the same length
It is a regular polygon providing that its interior angles are equal as well.
When all sides are equal and all interior and exterior angles are equal.
It is a shape where all of its sides are equal in length and all of its interior angles are equal in measurement
If all of the interior angles of the polygon add up to 180 degrees, then the polygon is a triangle.
all sides and interior angles are equal with the other polygon
The polygon with the largest interior angle is a regular polygon, specifically a regular polygon with the greatest number of sides. In a regular polygon, all interior angles are equal, and the formula for calculating the interior angle of a regular polygon is (n-2) * 180 / n, where n is the number of sides. As the number of sides increases, the interior angle also increases. Therefore, a regular polygon with a very large number of sides will have the largest interior angle.