It has to have at least three sides, and have at least three equivalent angles.
The sum of the interior angles of a n-sided polygon is (n-2)*180 degrees. This is true whether or not the polygon is regular.
The sum of the internal angles of an n-sided polygon is (n-2)*180 degrees. So, for a regular polygon, each internal angle is (n-2)*180/n degrees.
The interior angles of a polygon (regular or not) with n sides sum to (n - 2)*180 degrees.
For a polygon with n sides, there would be n*(n-3)/2
The sum of the internal angles of an n-sided polygon is (n-2)*180 degrees. So, for a regular polygon, each internal angle is (n-2)*180/n degrees.
The number of triangles that we can fit in a regular polygon with n sides is n - 2.
The sum of the interior angles of a n-sided polygon is (n-2)*180 degrees. This is true whether or not the polygon is regular.
Quadrilaterals and Triangles, if you're asking for polygon categories.
equation for any regular polygon when n = number of sides: 180(n-2)/n
The sum of the internal angles of an n-sided polygon is (n-2)*180 degrees. So, for a regular polygon, each internal angle is (n-2)*180/n degrees.
A regular polygon is one which has all equal sides. But in an isosceles triangle, only 2 sides are equal. The third side has a different measure.Thus an isosceles acute triangle is not a regular polygon.
The interior angles of a polygon (regular or not) with n sides sum to (n - 2)*180 degrees.
a regular polygon
For a polygon with n sides, there would be n*(n-3)/2
The sum of the internal angles of an n-sided polygon is (n-2)*180 degrees. So, for a regular polygon, each internal angle is (n-2)*180/n degrees.
The interior angle of a regular polygon with x sides is 180(x-2)/x. As a result, each angle of a regular 50-sided polygon is 172.8.
The formula used to find the area of any regular polygon is A = 1/2 a P where the lower case a stands for the length of the apothem and the uppercase P stands for the perimeter of the polygon.