There can be at most 3 obtuse angles in a quadrilateral.
A kite shape
a pentagon
A triangle can only have 1 obtuse angle. Obtuse - greater than 90 degrees. Since a triangles 3 angles add up to 180 degrees, only 1 angle can be obtuse. Right triangle 90 degrees and 2 - 45 degree angles. Perfect? triangle has 3 - 60 degree angles.
There are typically 3 angles, obtuse, acute, and right. obtuse- an angle that measures over 90° acute- an angle that measures less than 90° right- an angle that measures exactly 90°
A quadrilateral kite can have two obtuse angles and two acute angles that add up to 360 degrees.
A traditional kite shape (a point at the top, then widest about 1/3 of the way down, then tapering to another point at the bottom) has one, two or three obtuse (>90 degree) angles. The two angles at the widest point, about 1/3 of the way from the top, are generally obtuse, but don't have to be. The bottom angle is almost never obtuse. The top angle is sometimes obtuse. So if the top angle is obtuse but the side angles are not, a kite shape has one obtuse angle. If the top angle is not, but the side angles are, it has two obtuse angles. If the top and side angles are obtuse it has three.
Triangles do not have to have any obtuse angles but they can have one.
A kite can have 1, 2 or 3 acute angles.
this figure has 2 obtuse angles and two acute angles. also the opposite sides are parallel.
No not never can a triangle have 3 obtuse angles but it can have 3 acute angles
There are 3 obtuse angles. All 3 exterior angles are obtuse. (This is, admittedly, a bit of trick question!)
If by equilangular you mean all angles are the same, then no - the sum of the angles of a triangle must be 180o, so if all 3 are the same they must each be 60o and the triangle is called equilateral. However, an obtuse isosceles triangle is possible as the equal angles are the other two angles to the obtuse angle.
There are 3 obtuse angles in a heptagon.
no,it can have a maximum of 2 obtuse angles
Yes a kite can. See related link.
There can be at most 3 obtuse angles in a quadrilateral.