3 blue rhombuses cover one yellow hexagon.
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.
Two more sides
A hexagon can be broken into any number, k (≥3) of trapezoids, and these will have 4k angles.
2
3 blue rhombuses cover one yellow hexagon.
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.
Two more sides
A hexagon can be broken into any number, k (≥3) of trapezoids, and these will have 4k angles.
Oh, dude, I see what you did there! So, technically, a hexagon has six sides, and each side can form a trapezoid with the adjacent side, making a total of six trapezoids in a hexagon. But hey, who's counting, right? Just enjoy the shapes, man!
2
Minimally, two (2) trapezoids are necessary to create a hexagon. (This solution comes from drawing a line straight across the center of the hexagon.) Most numbers (if not all) greater than two are also feasible, but with more finagling.
4
A trapezoid is a quadrilateral and has four faces.
trapezoid
hexagon
There can be infinitely many triangles in a hexagon.