Providing that it is a regular polygon then subtract 162 from 180 which is 18 and then divide this into 360 which is 20.
So it has 20 sides
360/number of sides and deduct the quotient from 180 which will give the measure of each interior angle
It would have 6 sides.
It will have 3 sides and it is an equilateral triangle
It is: (number of sides -2)*180 = sum of interior angles If its a regular polygon then: sum of interior angles/number of sides = each interior angle
(n-2)*180 = sum of interior angles when n is the number of sides of the polygon
If one interior angle is 165 degrees, find the number of sides of the polygon.
If its a regular polygon then 180-interior angle and divide the answer into 360 which will give the number of sides of the polygon.
360/number of sides and deduct the quotient from 180 which will give the measure of each interior angle
180-interior angle = exterior angle If it's a regular polygon then: 360/number of sides = exterior angle
40 sides
It would have 6 sides.
It will have 3 sides and it is an equilateral triangle
The sum of the interior angles of any regular polygon of n sides is equal to 180(n - 2) degrees. Once you have the sum, divide by the number of sides to find an individual angle.
A polygon with each interior angle measuring 180 degrees is a regular octagon. In a regular octagon, all the sides are the same length and all the interior angles are the same. Therefore, since each interior angle is 180 degrees, the number of sides is 8. You can use the formula n - 2, where n is the number of sides, to find the number of sides for any regular polygon. In this case, n - 2 = 8 - 2 = 6. Since 6 is the number of sides, the polygon is an octagon.
(5580 + 360)/180 = 33 sides
It is: (number of sides -2)*180 = sum of interior angles If its a regular polygon then: sum of interior angles/number of sides = each interior angle
156 degrees Sum of interior angles of a polygon=180(n-2), where n is the number of sides. To find one interior angle's measure, divide by the total number of angles, which is also the total number of sides.