Yes, a concave hexagon can have four obtuse angles. In a concave polygon, at least one interior angle is greater than 180 degrees, which allows for the possibility of having multiple obtuse angles (angles greater than 90 degrees but less than 180 degrees). As long as the sum of the interior angles meets the requirements for a hexagon (which is 720 degrees), it is feasible to have four obtuse angles alongside a reflex angle and another interior angle that complements the total.
A triangle can have a maximum of one obtuse angle, while quadrilaterals can have multiple obtuse angles. Among polygons, a convex quadrilateral can have up to four obtuse angles. Therefore, specific irregular shapes, such as certain concave polygons or specific configurations of quadrilaterals, can have a greater number of obtuse angles, potentially allowing for more than four.
No. A hexagon has 6 sides and 6 vertices (angles). A polygon with four sides and four angles is a quadrilateral.
No, a trapezoid does not have four obtuse angles. A trapezoid has one pair of parallel sides and the other pair of non-parallel sides. The angles of a trapezoid can be a combination of acute, obtuse, and right angles, but it cannot have four obtuse angles.
No, a quadrilateral couldn't have four obtuse angles because the four interior angles of a four-sided quadrilateral add up to 360 degrees, and the sum of the measures of four obtuse angles would be greater than 360 degrees.
no
Four exactly? A regular hexagon has 6. But a hexagon can have four obtuse angles. A regular hexagon can be made a lot flatter so that the two angles at the sides become acute, while the remaining 4 are obtuse.
A triangle can have a maximum of one obtuse angle, while quadrilaterals can have multiple obtuse angles. Among polygons, a convex quadrilateral can have up to four obtuse angles. Therefore, specific irregular shapes, such as certain concave polygons or specific configurations of quadrilaterals, can have a greater number of obtuse angles, potentially allowing for more than four.
No. A hexagon has 6 sides and 6 vertices (angles). A polygon with four sides and four angles is a quadrilateral.
If 1 or 2 of the obtuse angles are 'bent into' the hexagon then you can do it.A hexagon has 720° sum of interior angles. If you have 2 right angles, then that's 180°, leaving 540° to be distributed over four angles. If the two acute angles are 89°, then that leaves 362° to be divided between two angles, so at least one of these two angles will need to be greater than 180°. Below is my text graphics attempt of one possibility (ignore the 'dot'). Note that both of the obtuse angles are greater than 180°:|\_/||__.|Look at the related link to play with different angle possibilities for polygons.
No, a trapezoid does not have four obtuse angles. A trapezoid has one pair of parallel sides and the other pair of non-parallel sides. The angles of a trapezoid can be a combination of acute, obtuse, and right angles, but it cannot have four obtuse angles.
No, a quadrilateral couldn't have four obtuse angles because the four interior angles of a four-sided quadrilateral add up to 360 degrees, and the sum of the measures of four obtuse angles would be greater than 360 degrees.
no
No, a trapezium cannot have four obtuse angles, neither can a trapeizod.
You start creating a concave hexagon from four triangles by placing the smallest triangle in the middle to serve as a base for the other three. Line up the bases on each triangle with the sides of the smallest one to end up with six sides forming a concave hexagon.
Parallelogram
There are right angles, acute angles, obtuse angles, and straight angles.
Assuming the kite has four sides and is not a square, then yes, it must have obtuse angles.