To find the degree measure of one interior angle of a regular polygon with 335 sides, you can use the formula: (n-2) * 180 / n, where n is the number of sides. Plugging in 335 for n, the calculation would be (335-2) * 180 / 335, which equals 173.134 degrees. Therefore, each interior angle of a regular polygon with 335 sides measures approximately 173.134 degrees.
If the 135-degree polygon is a regular polygon and each interior angle measures 135 degrees then the polygon is an eight-sided octagon
18
45 degree
If its a regular polygon and each interior angle measures 175.2 degrees then it will have 75 sides
No. To elaborate, the smallest regular polygon, an equilateral triangle, has 60 degree interior angles. The next larger one, a square, has 90 degree interior angles. In fact, for any regular polygon, the interior angles measure 180*(n-2)/n degrees, where n is the number of sides. No polygon has less than 3 sides. Thus, no regular polygon can have interior angles less than 60 degrees.
There is no such polygon but if you meant an interior angle of 165 then it will have 360/15 = 24 sides
It will have (1440+360)/180 = 10 sides which is a decagon
If each of its interior angles is a measure of 108 degrees then it will have 5 sides and is called a regular pentagon.
To find the degree measure of one interior angle of a regular polygon with 335 sides, you can use the formula: (n-2) * 180 / n, where n is the number of sides. Plugging in 335 for n, the calculation would be (335-2) * 180 / 335, which equals 173.134 degrees. Therefore, each interior angle of a regular polygon with 335 sides measures approximately 173.134 degrees.
There is no such regular polygon with 45 degree interior angles; the smallest interior angles in regular polygons are 60 degrees, which is found in a triangle.
A regular polygon with interior angles of 144 degrees has 10 sides. Using the fact that a regular n-gon has interior angles of degree (n-2)*180/n, you can solve for the number of sides fairly easily.
If the 135-degree polygon is a regular polygon and each interior angle measures 135 degrees then the polygon is an eight-sided octagon
the formula for the total number of degrees in a polygon is (x=number of sides) (x-2)180=total degree measure and you divide that number by x to get each angle measure of a regular polygon. so ((x-2)180)/x=30 solve for x and you get x=2.4 you can't have 2.4 sides in a polygon. so no, a regular polygon can't have an interior angle of 30 degrees
the formula for an n-sided polygon to find it's interior angle is (n-2)180/n so the answer is 156 degree's.
1440 degrees
A regular 12 sided polygon each interior angle measures 150 degrees