possible
The interior angles of a 16 sided polygon add up to 2520 degrees If it's a regular polygon then each interior angle measures 157.5 degrees
A polygon that has a sum of 2520 degrees of interior angles has 16 sides
(16-2)*180 degrees = 2520 degrees.
The central angle of a n-sided regular polygon = 360 degrees / n. Hence, the central angle of a 15-sided regular polygon = 360 degrees / 15 = 24 degrees ============================
That's true if the interior angles are 108 degrees, but a regular polygon cannot have exterior angles of 108 degrees.
An exterior angle of 2520 degrees is impossible. Assuming you mean 252 degrees, this would make each interior angle 108 degrees, as 360- 252 = 108. A regular polygon with 108-degree interior angles has 5 sides, or in other words, it is a regular pentagon.
The interior angles of a 16 sided polygon add up to 2520 degrees If it's a regular polygon then each interior angle measures 157.5 degrees
It will have 16 interior angles that add up to 2520 degrees and each interior angle will measure 157.5 degrees
A polygon that has a sum of 2520 degrees of interior angles has 16 sides
2520 degrees
A 16 sided polygon has interior angles that add up to 2520 degrees
2520 degrees
(16-2)*180 degrees = 2520 degrees.
dodecahedron you idiot
A regular polygon that has 180 degrees is an equilateral triangle.
If the polygon has n sides (whether it is regular or not), the sum of the interior angles is 180*(n - 2) So 180*(n - 2) = 2520 So (n - 2) = 2520/180 = 14 So that n = 16 sides.
The sum of the interior angles of a polygon can be calculated using the formula ( (n - 2) \times 180 ), where ( n ) is the number of sides. To find the number of sides for a polygon with an interior angle sum of 2520 degrees, we set up the equation: ( (n - 2) \times 180 = 2520 ). Solving for ( n ), we find ( n - 2 = 14 ), so ( n = 16 ). Therefore, the polygon with an interior angle sum of 2520 degrees is a 16-sided polygon, also known as a hexadecagon.