A square
polygon
I only know it's not a polygon
There is no polygonal shape which has exactly those angles. It is possible for a concave polygon with 6 or more vertices to have the given angles.
"z" has two acute angles a triangle can have 3 acute angles but also will have a angle >= 60degrees acute (also note for every acute angle a obtuse angle is formed the sum of the obtuse and acute angle will = 360) because of this a arrow is the only shape with two acute angles and 1 obtuse
2 obtuse and 2 acute in the classic kite shape.
a trapezoid :) * * * * * Not necessarily. A trapezoid can have two right angles, one acute and one obtuse angle. A parallelogram which is not a rectangle must have 2 acute and 2 obtuse angles.
A regular polygon of n sides (where n > 4) has n obtuse angles. Since there is no limit to the number of sides that a polygon can have, there can be no limit to the number of obtuse angles in a shape.
The only polygon with just acute angles is an acute angled triangle.
A heptagon, or a seven-sided polygon, can have acute angles, but it is not required to have them. The sum of the interior angles of a heptagon is 900 degrees, which means it can be constructed with a combination of acute, right, and obtuse angles. Therefore, depending on its specific shape, a heptagon may include acute angles among its interior angles.
parallelogram
There is no polygonal shape which has exactly those angles. It is possible for a concave polygon with 6 or more vertices to have the given angles.
Yes, a trapezoid (specifically an isosceles trapezoid) can have two acute angles and two obtuse angles. In such a trapezoid, the angles adjacent to the longer base are acute, while the angles adjacent to the shorter base are obtuse. This configuration allows for a shape that features both types of angles.