A hexagon has six angles. A regular hexagon has six angles and each one is equal in measure to 120 degrees. 120 degrees is an obtuse angle.
Any regular polygon with at least 6 sides has at least 6 obtuse angles.
No, not if it is a randomly-drawn 8-vertex shape. Octagons only have all- obtuse angles if it is a regular octagon, like the shape of a stop sign.
It depends on they type of arrowhead you have. If it is a arrowhead in the shape of a directional arrow, there are no obtuse angles. The most possible obtuse angles is 1.
parallelogram
Regular octagon has 8 angles of 135o.
A shape with 2 acute angles and 2 obtuse angles is typically a quadrilateral. This configuration can create various forms, such as a kite or an irregular quadrilateral, as long as the sum of the angles equals 360 degrees. The presence of both acute and obtuse angles gives the shape a unique appearance, distinguishing it from more regular polygons.
Hexagon
Yes the interior angles of a regular octagon are obtuse.
No, not if it is a randomly-drawn 8-vertex shape. Octagons only have all- obtuse angles if it is a regular octagon, like the shape of a stop sign.
2 obtuse and 2 acute in the classic kite shape.
It depends on they type of arrowhead you have. If it is a arrowhead in the shape of a directional arrow, there are no obtuse angles. The most possible obtuse angles is 1.
There is no three-sided shape with two obtuse angles, because the three interior angles of a three-sided shape, which is a triangle, add up to 180 degrees, and two obtuse angles would be over 180 degrees.
a pentagon
A shape with two obtuse angles is a quadrilateral, specifically a type called a trapezoid (or trapezium in some regions) that can have two obtuse angles. In such a trapezoid, the two non-parallel sides can form obtuse angles with the bases. Additionally, it’s possible to have other irregular polygons with two obtuse angles, depending on their specific configurations.
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.
An irregular hexagon can have a varying number of acute and obtuse angles, as long as the sum of its interior angles equals 720 degrees. In general, an irregular hexagon can have anywhere from 0 to 6 acute angles and from 0 to 6 obtuse angles, depending on the specific shape and arrangement of its angles. The key is that the total must still conform to the 720-degree requirement.
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.
A square