If it's regular polgon then: 360/32 = 11.25 degrees
The exterior angles of any polygon add up to 360 degrees
It is 32 degrees!
It is called a tetracontakaidigon.
To find the interior angle of a 34-sided polygon, you can use the formula for the interior angle, which is ((n - 2) \times 180^\circ / n), where (n) is the number of sides. For a 34-sided polygon, the calculation is ((34 - 2) \times 180^\circ / 34), resulting in ((32 \times 180^\circ) / 34), which equals approximately 169.41 degrees. Thus, the interior angle of a 34-sided shape is about 169.41 degrees.
42
18 gon is 18 sided figure. Internal angles of 18 sided figure is (2 x 18 - 4) right angles = 32 x 90 Find_the_measure_of_one_interior_angle_of_a_regular_decagon, hence one angle is (32 x 90)/18 = 32 x 5 = 160 degreesFind_the_measure_of_one_interior_angle_of_a_regular_decagonRead more: Find_the_measure_of_one_interior_angle_of_a_regular_decagon
The measure of the exterior angle of a 11-sided polygon = 360⁰/11 = 32 72/99⁰ = 32 8/11⁰
A 32-sided shape is called a "triacontadigon." It is a polygon with 32 sides and 32 angles. The name is derived from the Greek prefixes "triaconta-" for thirty and "-gon" for angle or side.
It is 32 degrees!
It is called a tetracontakaidigon.
To find the interior angle of a 34-sided polygon, you can use the formula for the interior angle, which is ((n - 2) \times 180^\circ / n), where (n) is the number of sides. For a 34-sided polygon, the calculation is ((34 - 2) \times 180^\circ / 34), resulting in ((32 \times 180^\circ) / 34), which equals approximately 169.41 degrees. Thus, the interior angle of a 34-sided shape is about 169.41 degrees.
tricotakaidihedron*
42
The exterior angle is 360/32 = 11.25 Therefore the interior angle is 180 - 11.25 = 168.75
Each exterior angle will measure 11.25 degrees.
edges=sides so: 32 sides -> 32 edges
It has 32 sides and each interior angle measures 168.75 degrees and so 180-168.75 = 11.25 degrees which is the measure of each exterior angle
a tricotacydagon (tri-cot-a-cy-di-gon)A 32 sided shape is called a Triacontakaidigon. The sides will not cross each other and two of the sides will meet at the vertex.