To find the number of sides in a regular polygon with a given interior angle, you can use the formula: ( n = \frac{360}{180 - \text{angle}} ). For a polygon with a 72-degree interior angle, this would be ( n = \frac{360}{180 - 72} = \frac{360}{108} ), which simplifies to ( n = \frac{360}{108} = \frac{10}{3} ), approximately 3.33. Since the number of sides must be a whole number, a polygon cannot have an interior angle of 72 degrees, indicating that the angle pertains to a different context in polygon geometry.
The polygon would have 72 sides...
5 sides and it is a regular pentagon
72.
The sum of all exterior angles of a polygon is 360 degrees. In a regular polygon, all of the exterior angle are equal, so there must be 360/72=5 sides of the polygon, which makes it a pentagon.
The name of a 72 sided polygon is Heptacontrigon.
The polygon would have 72 sides...
The answer is a heptacontagon is a 72-sided polygon.
360 ÷ 72 = 5, so that the regular polygon is a pentagon (a five-sided polygon).
5 sides, a regular pentagon.
5 sides and it is a regular pentagon
360/5 = 72 degrees.
If each interior angle is 175 degrees then the polygon will have 72 sides
5 sides
5
360/72 ie 5 sides
Let n be the number of sides of the regular polygon. Given: (360 / n) = 72 Therefore, n = 360 / 72 = 5 =========================
72