2520
to get this. You must get the number of sides(16) subtract it by 2, then multiply it by 180.
Subtracting it by two is actually the number of triangles inside the polygon showing the possible number of all available non-intersecting diagonals.
so in general. The number of non-intersecting triangles multiplied by 180 degrees.( which is the number of degrees in one triangle.
The interior angles add up to 36,000 degrees
The interior angles of a 7 sided polygon add up to 900 degrees
A 6 sided polygon is called a Hexagon. The sum of the interior angles or a regular hexagon is 720 degrees.
Interior angles: 2520 degrees Exterior angles: 360 degrees
180.
The exterior angles of every polygon total 360 degrees.
To get the degrees of a polygon, we first need to figure out the total amount of degrees in the polygon. I'm assuming that you want interior angles. To figure out the number of degrees in a polygon, take the number of sides, subtract two from it, and then multiply by 180. So for a 12 sided polygon, there would be 1800 degrees total in the polygon. Now we need to find the amount of degrees in each angle. To do that, divide the 1800 that we just got by 12, and you get 150. So that means that each angle (assuming all the angles are congruent) will be 150o.
A formula for this question is that the total measure of the interior angles of a polygon is 180 degrees multiplied by 2 less than the number of sides. For a seven sided polygon, this formula yields 180 X 5 = 900 degrees.
A 13 sided polygon also called a triskaidecagon or tridecaogn has a total 1980 degrees for its interior angles.
The total of all the exterior angles of a polygon with ANY number of sides is 360 degrees.
1,800 degrees
To determine the total number of degrees of any polygon, you can use the equation y=180x-360, where x is the number of sides. In your case, it would be y = 180(21) - 360, which equals 3420 degrees.