Each interior angle of a 36-gon measures 170 degrees. In general, if you have a regular n-gon, it's interior angles will measure (n-2)*180/n degrees. This is due to the fact that if we choose a single vertex from the regular n-gon and draw all possible diagonals to all of the other vertices there will be n-2 triangles inside the regular n-gon. Each of these triangles has a total of 180 degrees. Thus, there are (n-2)*180 degrees divided among the n vertices.
Interior angle = 180n - 360 = 171n so 9n = 360 and your polygon has 40 sides. This works because the interior angles of any n-sided polygon total 180n - 360 degrees, usually expressed as "(2n - 4) right angles"
Assuming that you do not mean a heavenly body, all that can be said is that the measure of one exterior angle of a polygon is 52 degrees: nothing more.
An eight-sided polygon, or octagon, has internal angles that sum to 1,080 degrees. Each internal angle of a regular octagon measures 135 degrees, as it is calculated by dividing the total sum of the internal angles (1,080 degrees) by the number of angles (8). Therefore, in a regular octagon, each angle is equal and contributes to the polygon's symmetrical shape.
Angles on a straight line = 180 and 180-174 = 6 360/6 = 60 sides
Each exterior angle is 360o / 24 = 15o
Providing that it is a regular 15 sided polygon then each interior angle measures 156 degrees
6
Interior angle = 180n - 360 = 171n so 9n = 360 and your polygon has 40 sides. This works because the interior angles of any n-sided polygon total 180n - 360 degrees, usually expressed as "(2n - 4) right angles"
Each interior angle of the polygon is 150 degrees. Each exterior angle of the polygon is 180-150= 30 degrees. Number of sides of this polygon is 360/30 12. Hence , number of sides are 12.
The angle of an octagon refers to the measure of its interior angles. An octagon has eight sides, and the sum of its interior angles can be calculated using the formula (n-2) × 180°, where n is the number of sides. For an octagon, this gives a total of 1,080°. Therefore, each interior angle in a regular octagon measures 135°.
Assuming that you do not mean a heavenly body, all that can be said is that the measure of one exterior angle of a polygon is 52 degrees: nothing more.
The rule is that for any polygon of sides number n, The sum of interior angels equals (n-2) x 180 and each angel equal (n-2) x 180/n Hence for a nona angel with number of sides equals nine, The sum of interior angels = (9-2) x 180 = 7x180 =1260 degrees, and each angel = 1260/9 = 140 degrees
An eight-sided polygon, or octagon, has internal angles that sum to 1,080 degrees. Each internal angle of a regular octagon measures 135 degrees, as it is calculated by dividing the total sum of the internal angles (1,080 degrees) by the number of angles (8). Therefore, in a regular octagon, each angle is equal and contributes to the polygon's symmetrical shape.
Angles on a straight line = 180 and 180-174 = 6 360/6 = 60 sides
Each exterior angle is 360o / 24 = 15o
Construct a 144° angle with two equally long lines. Keep on adding sides until you come back to the beginning. Count the sides. Mathematicaly you could divide a full circle with the value of the difference between the interior angel and a straight line (180°) So: 360° / (180° - 144° ) = 10 You will in either case get decagon (ten sided figure)
The angel from North to_______is an acute angel