As the number of sides in a regular polygon increases, the angle increases. This occurs as a function where each interior angle measures (180*(n-2)) / n, where n is the number of sides.
A regular polygon having an interior angle measure of 168o has 30 sides and is called a triacontagon.
a convex polygon has 6 sides . What is the sum of the measure of its interior angles?
If the measure of an interior angle of a regular polygon is 140o, the polygon is a nonagon (sometimes called an ennagon) having 9 sides.
The measure of each interior angle of a fifteen sided regular polygon, a pendedecagon, is 156o.
When the sides of a regular polygon increases its interior angles also increases
it will decrease
Only when it is a regular polygon that all interior angles are of equal measure
A regular polygon having an interior angle measure of 168o has 30 sides and is called a triacontagon.
a convex polygon has 6 sides . What is the sum of the measure of its interior angles?
Only if the polygon is "regular".
If the measure of an interior angle of a regular polygon is 140o, the polygon is a nonagon (sometimes called an ennagon) having 9 sides.
nothing Assuming you mean for example you add a side to a pentagon to get a hexagon, then the sum of the interior angles increases by 180o.
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.
its a heptagon
Whether you are talking about the measure of each interior angle, or the total of all the interior angles, there is no largest. The more sides a regular polygon has, the larger it angles will be. As the number of sides grows without bound, the measure of each interior angle gets closer and closer to 180 degrees, and the polygon looks more and more like a circle. The sum of the interior angles increases by 180 degrees every time you add a side.
It depends very much on what "it" is. However, if "it" happens to be a polygon, the sum of the interior angles is (n-2)*180 degrees -or- (n-2)*Pi radians where "n" is the amount of sides of the polygon.
interior