162 degrees
The number of sides of a regular polygon is 360 divided by the size of the exterior angle. The external angle is 180 - the internal angle. So for a regular polygon with an internal angle of 135 we get the following. 360 / (180 - 135) = 360 / 45 = 8 sides
That regular polygon would have 9 sides.
Each central angle of a regular 9 sided polygon: 360/9 = 40 degrees
30
36
The smallest internal angle possible for a regular polygon is 60 degrees. So either the angle is not 12 degrees or it is not an internal angle.
The number of sides of a regular polygon is 360 divided by the size of the exterior angle. The external angle is 180 - the internal angle. So for a regular polygon with an internal angle of 135 we get the following. 360 / (180 - 135) = 360 / 45 = 8 sides
That regular polygon would have 9 sides.
The sum of the internal angles of an n-sided polygon is (n-2)*180 degrees. So, for a regular polygon, each internal angle is (n-2)*180/n degrees.
The sum of the internal angles of an n-sided polygon is (n-2)*180 degrees. So, for a regular polygon, each internal angle is (n-2)*180/n degrees.
A regular polygon will tile it if its internal angle divides 360 degrees.
Well, honey, a polygon with an interior angle of 10 degrees would have 36 sides. Each interior angle of a polygon can be calculated using the formula (n-2) * 180 / n, where n is the number of sides. So, in this case, you would solve for n by setting 10 = (n-2) * 180 / n. Math can be a real hoot sometimes!
Each central angle of a regular 9 sided polygon: 360/9 = 40 degrees
Providing that its a regular polygon then it will have 12 sides
There is no term to calculate any angle of any irregular polygon. For a regular polygon with n sides, each exterior angle is 360/n degrees. Each interior angle is (180 - exterior angle).
To find the internal angle of a regular polygon with sides n, (n-2)/n * 180 3/5 * 180 = 108
That depends whether the 47 degrees is an internal angle or not. Internally, the minimum angle for a regular polygon would be 60 degrees - as in an equilateral triangle.