A relevant general formula is that the sum of the interior angles of a regular polygon equals 180(n-2), where n is the number of sides. Also, all of the interior angles of a regular polygon are equal. Therefore, 180(n - 2) = 144n in the instance given, or:
180n - 360 = 144n, or (180 - 144)n = 360, or 36n = 360, or n = 10.
All of the angles are equal in a "regular" polygon. (All of the sides are too.)
A regular polygon.
Only if the polygon is "regular".
Only when it is a regular polygon that all interior angles are of equal measure
sum of angles: n=number of sides on the polygon. formula: 180(n-2)
a "regular" polygon
Only if the polygon is a regular quadrilateral.
All of the angles are equal in a "regular" polygon. (All of the sides are too.)
That would be a regular polygon.
A regular polygon.
Only if the polygon is "regular".
Only when it is a regular polygon that all interior angles are of equal measure
sum of angles: n=number of sides on the polygon. formula: 180(n-2)
it will decrease
It is a regular octagon which has 8 sides
No. To elaborate, the smallest regular polygon, an equilateral triangle, has 60 degree interior angles. The next larger one, a square, has 90 degree interior angles. In fact, for any regular polygon, the interior angles measure 180*(n-2)/n degrees, where n is the number of sides. No polygon has less than 3 sides. Thus, no regular polygon can have interior angles less than 60 degrees.
A 13 sided regular polygon