Each exterior angle is 72 degrees
1440 degrees
remember this formula for the number of sides = n sum of internal angles of a regular polygon = [2x(n-2)x90 degree] each interior angle of a regular polygon = [2x(n-2)x90 degree]/n each exterior angle of a regular polygon = 360 degree/n for your question: each exterior angle of a 15 sided regular polygon = 360 degree/15 = 24 degree
With a regular polygon: 360/exterior angle = number of sides
If you mean the exterior angle of 1 degree then it will have 360 sides.
Each exterior angle is 72 degrees
5 degrees.
1440 degrees
remember this formula for the number of sides = n sum of internal angles of a regular polygon = [2x(n-2)x90 degree] each interior angle of a regular polygon = [2x(n-2)x90 degree]/n each exterior angle of a regular polygon = 360 degree/n for your question: each exterior angle of a 15 sided regular polygon = 360 degree/15 = 24 degree
With a regular polygon: 360/exterior angle = number of sides
The largest exterior angle measure is 120o. It is the exterior measure of an equilateral triangle (which is a regular polygon).
If you mean the exterior angle of 1 degree then it will have 360 sides.
160
360 ________________________________________________ Sum of Interior Angles of a Polygon = 180 (n-2) Sum of Exterior Angles of a Polygon = 360 The sum of an angle and an exterior angle of a regular polygon is 360
There is no such polygon but if you meant an interior angle of 165 then it will have 360/15 = 24 sides
Exterior angle regular polygon = 360° ÷ number of sides = 360° ÷ W Interior angle regular polygon = 180° - exterior angle regular polygon = 180° - (360° ÷ number of sides ) = 180° - (360° ÷ W)
Each exterior angle of a regular polygon with n sides is 360/n degrees. Each interior angle of a regular polygon is 180 - Exterior angle. A direct formula for the interior angle is 180*(n-2)/n degrees.