Square Rectangle
The number of inside obtuse angles in a polygon can vary depending on the specific type and shape of the polygon. However, a polygon can have multiple obtuse angles as long as the sum of the interior angles remains consistent with the formula ( (n - 2) \times 180^\circ ), where ( n ) is the number of sides. For example, a polygon could have 2, 3, or more obtuse angles, as long as the total angle measure is maintained. Thus, there is no fixed number of obtuse angles for all polygons.
Polygons are closed figures with straight sides, and their angles can vary. The angles mentioned—110 degrees, 40 degrees, and 30 degrees—could potentially be part of different polygons, but they do not form a single polygon since the sum of the interior angles must equal a specific value based on the number of sides. For example, a triangle has a total angle sum of 180 degrees, while a quadrilateral has 360 degrees. Thus, these angles could be found in various polygons but not together in one.
there are many answers to a polygon ... A POLLYGON COULD BE EVERY 3-D FIGURE FROM A PYRAMID TO A DODECAHEDREN AND MORE Not sure what a pollygon is! Also, 3-D figures are NOT polygons but polyhedrons. Clearly, the previous answer was written by someone who could neither spell nor knew what they were talking about. A polygon has the same number of angles and sides.
The majority of polygons would meet these requirements. Polygons with congruent sides are the exception rather than the other way around.
It could be any irregular polygon with 4 or more sides (and 4 or more angles).
The number of inside obtuse angles in a polygon can vary depending on the specific type and shape of the polygon. However, a polygon can have multiple obtuse angles as long as the sum of the interior angles remains consistent with the formula ( (n - 2) \times 180^\circ ), where ( n ) is the number of sides. For example, a polygon could have 2, 3, or more obtuse angles, as long as the total angle measure is maintained. Thus, there is no fixed number of obtuse angles for all polygons.
Polygons are closed figures with straight sides, and their angles can vary. The angles mentioned—110 degrees, 40 degrees, and 30 degrees—could potentially be part of different polygons, but they do not form a single polygon since the sum of the interior angles must equal a specific value based on the number of sides. For example, a triangle has a total angle sum of 180 degrees, while a quadrilateral has 360 degrees. Thus, these angles could be found in various polygons but not together in one.
there are many answers to a polygon ... A POLLYGON COULD BE EVERY 3-D FIGURE FROM A PYRAMID TO A DODECAHEDREN AND MORE Not sure what a pollygon is! Also, 3-D figures are NOT polygons but polyhedrons. Clearly, the previous answer was written by someone who could neither spell nor knew what they were talking about. A polygon has the same number of angles and sides.
It cannot be any regular polygon, not a rectangle. But it could be a triangle or irregular polygons with 4 or more sides.It cannot be any regular polygon, not a rectangle. But it could be a triangle or irregular polygons with 4 or more sides.It cannot be any regular polygon, not a rectangle. But it could be a triangle or irregular polygons with 4 or more sides.It cannot be any regular polygon, not a rectangle. But it could be a triangle or irregular polygons with 4 or more sides.
The majority of polygons would meet these requirements. Polygons with congruent sides are the exception rather than the other way around.
Any polygon could be, as long as it's a regularone.
Some parallelograms could be quadrilaterals but all parallelograms are polygons
It could be any irregular polygon with 4 or more sides (and 4 or more angles).
Yes, a quadrilateral is a four-sided polygon with four angles. There are many kinds of quadrilaterals. The five most common types are the parallelogram, the rectangle, the square, the trapezoid, and the rhombus.A polygon means a shape with many sides so any shape with three or more sides could considered to be a polygon.
It takes an infinite number of sides to make a polygon into a circle, but you could still consider a circle to be a limiting state of the polygon, which all polygons approach as the number of sides increase.
Not necessarily. They could be angles of a polygon which are next to each other.
Only cyclic polygons can have a radius and they are a tiny, tiny minority of very special types of polygons. For the vast majority of polygons, the concept of a radius makes no sense. Next, even if the polygon was assumed to be cyclic, there is not enough information provided by its area to determine the number of sides - which, in turn will determine its dimensions. For example, the polygon could be a long thin rectangle with a very large radius, or a near-square with a small radius.