Total of interior angles in a polygon = N*180° - 360°, where N is the number of sides.
triangle(N=3): total angles = 3*180° - 360°= 540° - 360° = 180°
quadrilateral(four sided,N=4): total angles = 4*180° - 360°= 720° - 360° = 360°
etc.
Wiki User
∙ 13y agoExterior angles of all polygons total 360 degrees.
A triangle in common with other polygons has a total sum of 360 degrees of exterior angles.
In Geometry that are many different types of polygons. The polygon whose angles equal up to 180 degrees is a triangle.
Interior angles total ((2 x 7) - 4) right angles which is 900 degrees. Exterior angles total 360 degrees. This is true of all convex polygons.
Exterior angles of both polygons add up to 360 degrees
Exterior angles of all polygons total 360 degrees.
A triangle in common with other polygons has a total sum of 360 degrees of exterior angles.
In Geometry that are many different types of polygons. The polygon whose angles equal up to 180 degrees is a triangle.
Interior angles total ((2 x 7) - 4) right angles which is 900 degrees. Exterior angles total 360 degrees. This is true of all convex polygons.
Exterior angles of both polygons add up to 360 degrees
They are both polygons and have exterior angles that add up to 360 degrees
Yes, the sum of the interior angles of any polygon is always equal to (n-2) * 180 degrees, where n is the number of sides.
Yes
360 degrees & that goes for all polygons
68 degree
You cannot because the polygons are invisible!
depends what polygon because a decagon is 144 degrees