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.
No right triangle can have any obtuse angles inside it.
Up to six.
It has two obtuse angles
This depends on the polygon.For a triangle (3-sides) : maximum 1 obtuse angle.Quadrialteral (4-sides): maximum 3 obtuse angles.For polygons with more sides, it is possible for all angles to be obtuse.
A trapezium has one or two obtuse angles.
No right triangle can have any obtuse angles inside it.
5 or more
A pentagon: 5 sides.
Triangles do not have to have any obtuse angles but they can have one.
you can describe the hexagon by: how many acute angles, obtuse angles, and reflex angles cancave polygon or convex polygon how many sides does it have irregular no line of symmetry or line of symmetry
Up to six.
It has two obtuse angles
A rhombus have 2 obtuse angles
There are no angles they are all obtuse angles
This depends on the polygon.For a triangle (3-sides) : maximum 1 obtuse angle.Quadrialteral (4-sides): maximum 3 obtuse angles.For polygons with more sides, it is possible for all angles to be obtuse.
the answer is 5 each tip of the star is a acute angle and each angle on the inside of the star is an obtuse angle. there are 5 obtuse angles and no right angles.
A trapezium has one or two obtuse angles.