Interior angles of any polygon with n sides always add up to 180(n-2) degrees.
If a polygon is a regular polygon with n sides, and each interior angle is 179 degrees, then its interior angles will add up to 179 n.
In both cases, you must get the same result for what the interior angles add up to. So:
179n = 180(n-2). Multiply out the 180
179n = 180n - 360, and subtract 180n from both sides to get
-n = -360, so therefore n = 360 and it would have 360 sides.
Any polygon can have two interior angles of 12 degrees. No polygon can have all its interior angles of 12 degrees.
There is no such polygon whose interior angles add up to 250 degrees.
A 19 sided polygon has interior angles that add up to 3060 degrees.
Interior angles of n-sided polygon total (2n - 4) right angles or 180n - 360 degrees.
Interior angles of n-sided polygon total (2n - 4) right angles or 180n - 360 degrees.
The sum of the interior angles of a quadrilateral are 360 degrees
Any polygon can have two interior angles of 12 degrees. No polygon can have all its interior angles of 12 degrees.
No - the interior angles of a polygon must total at least 360 degrees.
There is no such polygon whose interior angles add up to 250 degrees.
A 19 sided polygon has interior angles that add up to 3060 degrees.
If all of the interior angles of the polygon add up to 180 degrees, then the polygon is a triangle.
The angles between adjacent sides of a polygon that are interior to the polygon. If the polygon is convex, the interior angles are always less than 180 degrees. If it is concave, at least one interior angle will be greater than 180 degrees.
The interior angles of a 17 sided polygon add up to 2700 degrees
The interior angles of a regular polygon must be 60 degrees or greater.
Interior angles of n-sided polygon total (2n - 4) right angles or 180n - 360 degrees.
Interior angles of n-sided polygon total (2n - 4) right angles or 180n - 360 degrees.
The interior angles of an octagon add up to 1080 degrees