A 14 sided polygon has 14 angles. If this polygon is a regular polygon, then in order to find the sum of the angles we can use the formula, (n - 2)180°, where n is the number of the sides.
(n - 2)180° = (14 - 2)180° = 2,160°
Thus each angle will be approximately 154.29° (2,160°/14).
The sum of the angles in an N sided polygon is 180°(N - 2)The angle of a single angle then would be:180°(N - 2)/N= 180° - 360°/NSo in the case of a 14 sided regular polygon, a single angle would be:180° - 360° / 14= 180° - 180° / 7= 6/7 * 180°= 1080°/7≈ 150.286°
An interior angle of a 30-sided polygon can have any value between 0 and 360 degrees : with the possible exception of 180 degrees - which would make it a 29 sided polygon!
The equation for the size of an interior angle of an n-sided regular polygon is (n-2)180/n. When n=7, the interior angle of a regular sided shape would be 5x180/7 or approximately 128.57. The polygon in the question has an interior right angle (90 degree angle) and thus cannot be a regular shape. A 7 sided shape is called a heptagon. Thus, the shape described in the question is an irregular heptagon.
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.
To find the interior angle of a polygon, you can use the formula: interior angle = (n-2) * 180 / n, where n is the number of sides of the polygon. In this case, for a 27-sided shape, the interior angle would be (27-2) * 180 / 27 = 150 degrees.
150 degrees
The equation for one interior angle of an n-sided polygon is (n-2)180/n. In this case we have a 6 sided polygon. If we plug n=6 into the equation we get: (6-2)180/6 =4x30 =120. Thus 1 interior angle of a 6 sided shape would be 120 degrees.
The sum of the angles in an N sided polygon is 180°(N - 2)The angle of a single angle then would be:180°(N - 2)/N= 180° - 360°/NSo in the case of a 14 sided regular polygon, a single angle would be:180° - 360° / 14= 180° - 180° / 7= 6/7 * 180°= 1080°/7≈ 150.286°
An interior angle of a 30-sided polygon can have any value between 0 and 360 degrees : with the possible exception of 180 degrees - which would make it a 29 sided polygon!
There can be no such polygon. The sum of the exterior angles of ANY polygon is 360 degrees. If it is a regular polygon, then the number of angles MUST divide 360 degrees. Since 18.95 does not divide 360, there cannot be such a polygon. If the exterior angle was 18.94737... degrees, it would be a 19-sided polygon.
In a regular 10-sided polygon, each interior angle measures 144 degrees. This can be calculated using the formula: (n-2) x 180 / n, where n is the number of sides. The exterior angle of a regular polygon is always supplementary to the interior angle and can be calculated by subtracting the interior angle from 180 degrees. Therefore, the exterior angle of a regular 10-sided polygon would be 36 degrees.
To find the exterior angle of any polygon, you can use the formula: 360 degrees divided by the number of sides. For an 8-sided polygon (octagon), the exterior angle would be 360 degrees divided by 8, which equals 45 degrees. This means each exterior angle of an octagon measures 45 degrees.
To calculate the size of the interior angle of a polygon with 15 sides, you can use the formula for the measure of an interior angle: ((n - 2) \times 180° / n), where (n) is the number of sides. For a 15-sided polygon, this would be ((15 - 2) \times 180° / 15 = 13 \times 180° / 15 = 1560° / 15 = 104°). Therefore, each interior angle of a 15-sided polygon measures 104 degrees.
A regular polygon is a polygon in which all sides are of the same length and all angle are of the same measure. A trapezoid (trapezium to most people) is a four sided polygon or a quadrilateral. If its sides and angles were all equal, the quadrilateral would have to be a square.
It is a regular 5 sided pentagon
The equation for the size of an interior angle of an n-sided regular polygon is (n-2)180/n. When n=7, the interior angle of a regular sided shape would be 5x180/7 or approximately 128.57. The polygon in the question has an interior right angle (90 degree angle) and thus cannot be a regular shape. A 7 sided shape is called a heptagon. Thus, the shape described in the question is an irregular heptagon.
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.