To find the sum of the interior angles of a 24-sided polygon, you can use the formula ( (n - 2) \times 180 ), where ( n ) is the number of sides. For a 24-sided polygon, this would be ( (24 - 2) \times 180 = 22 \times 180 = 3960 ) degrees. Each interior angle can then be calculated by dividing this sum by the number of sides: ( 3960 / 24 = 165 ) degrees. Therefore, a 24-sided polygon has a total of 3960 degrees and each interior angle measures 165 degrees.
Each interior angle of a regular 24 sided polygon is 165 degrees
Basically when you have a 24 sided polygon you can split it up into 22 separate, non-overlapping triangles by drawing diagonals. Each triangle has 180 degrees, so the product, 22 times 180, gives you the sum of the interior angles of the 24 sided polygon.
A regular 24 sided polygon has 24 lines of symmetry.
If the polygon is regular, the measure of one interior angle of a 24 side polygon is 165 degrees.
Each exterior angle measures 15 degrees
24 degrees
The central angle of a n-sided regular polygon = 360 degrees / n. Hence, the central angle of a 15-sided regular polygon = 360 degrees / 15 = 24 degrees ============================
Each interior angle of a regular 24 sided polygon is 165 degrees
It is: 360/24 = 15 degrees
Basically when you have a 24 sided polygon you can split it up into 22 separate, non-overlapping triangles by drawing diagonals. Each triangle has 180 degrees, so the product, 22 times 180, gives you the sum of the interior angles of the 24 sided polygon.
22 * * * * * NO. It is 24. The formula for an n-sided polygon is (n-2)*180 degrees which gives n-2 = 22. And then n = 24
(24-2)*180 = 3960 degrees
The constructed polygon name for a 24-sided regular polygon is an icosikaitetragon.
360/15 = 24 degrees.
The sum of the exterior angles of any polygon is always 360 degrees. Therefore, for a 24-sided polygon, each exterior angle would measure 360 degrees divided by 24, which equals 15 degrees.
A regular 24 sided polygon has 24 lines of symmetry.
There are 22