Yes, if you interpret some of the exterior angles as having negative measure.
Only convex man, if the angle is concave it would not be 360 degree.
360 divided (180-n) This uses the exterior angle theorem and linear pair theorem. This works on regular polygons. All the angles congruent.
It is: 180-exterior angle = interior angle
A concave polygon will always have an interior angle with a measure that is greater than 180 degrees.
An equilateral triangle is the only polygon in which the exterior angle is larger than the interior angle. They are equal in a square and smaller in all regular polygons with more sides,
Only convex man, if the angle is concave it would not be 360 degree.
exterior angle theorem
360 divided (180-n) This uses the exterior angle theorem and linear pair theorem. This works on regular polygons. All the angles congruent.
It is: 180-exterior angle = interior angle
Theorem 6-1-2; Polygon Exterior Angle Sum Theorem:The sum of the exterior angle measures, one angle at each vertex, of a convex polygon is 360 degrees.
A concave polygon will always have an interior angle with a measure that is greater than 180 degrees.
No, it does not.
An equilateral triangle is the only polygon in which the exterior angle is larger than the interior angle. They are equal in a square and smaller in all regular polygons with more sides,
no it dose not
An interior angle and the corresponding exterior angle add up to a straight angle. that is, they are supplementary.
The exterior-angle theorem states that the measure of an exterior angle of a triangle is equal to the sum of the measures of the two remote interior angles. This theorem helps in understanding the relationships between the angles of a triangle and is useful for solving various geometric problems. It emphasizes that the exterior angle is always greater than either of the interior angles it is not adjacent to.
A concave polygon has at least one interior angle greater than 180 degrees. A convex polygon has none of those.