You need at least four triangles, or at least three trapeziums. Or two triangles and one trapezium.
six
The number of trapezoids that can fill a hexagon depends on the dimensions and angles of the hexagon and the trapezoids. A regular hexagon can be divided into trapezoids by drawing diagonals or by connecting midpoints of sides, but the exact number can vary based on the specific arrangement. Generally, one can create multiple trapezoids from a hexagon by varying their bases and heights. To determine a specific number, one would need to analyze the hexagon's properties and the trapezoids' dimensions.
A hexagon can be divided into 6 trapezoids. Each trapezoid can be formed by drawing lines from one vertex of the hexagon to the midpoints of the opposite sides, effectively creating trapezoidal sections. These trapezoids share a common vertex at the center of the hexagon, allowing for this division.
An hexagon is made up out of 4 triangles
There can be infinitely many triangles in a hexagon.
A hexagon has 2 trapezoids
3 triangles make up a hexagon.
A hexagon has six sides, and each side can form a trapezoid when combined with an adjacent side. Therefore, there are six trapezoids that can be formed within a hexagon. Each pair of adjacent sides in a hexagon can be considered as the bases of a trapezoid, resulting in six unique trapezoids within the hexagon.
there are 2 draw a line down the center of the hexagon
2
six
6
4 triangles make 1 hexagon. (easy way to find out how many triangles there are in a polygon- take number of sides of the polygon, subtract 2 from it, that's your answer!)
The number of trapezoids that can fill a hexagon depends on the dimensions and angles of the hexagon and the trapezoids. A regular hexagon can be divided into trapezoids by drawing diagonals or by connecting midpoints of sides, but the exact number can vary based on the specific arrangement. Generally, one can create multiple trapezoids from a hexagon by varying their bases and heights. To determine a specific number, one would need to analyze the hexagon's properties and the trapezoids' dimensions.
4
A hexagon can be divided into 6 trapezoids. Each trapezoid can be formed by drawing lines from one vertex of the hexagon to the midpoints of the opposite sides, effectively creating trapezoidal sections. These trapezoids share a common vertex at the center of the hexagon, allowing for this division.
A 6 sided hexagon has 4 triangles