In general it cannot be done.
In the rare case that the hexagon is regular, select three alternate vertices and draw lines to the centre (centroid) of the hexagon. These will form three congruent rhombi.
a hexagon
This provided illustration (below) might not be terribly accurate but the three equal parts are meant to be the shapes of three rhombus'. All three lines join up in the center of the hexagon.______/ \ \/ \ \/ \____\ Hexagon divided into 3 equal rhombuses.\ / /\ / /\ /____/
for the small rhombus it is 1/6 for the bigger ones it can be 1/3.it can be depended on how big the hexagon is or how big the shape can be
Divide it into 72 pieces, group them into groups of 8. DoNe
Draw a line from midpoint of every other side to the center.
Assuming you have a regular hexagon, drawing a line between every other vertex and the center will give you three congruent quadrilaterals (that also happen to be parallelograms... in fact, they are rhombuses).
3 rhombuses make a hexagon.
3 blue rhombuses cover one yellow hexagon.
a hexagon
3
3
well that is easy its 3 rhombuses
3 if you don't make them overlap.
3 rhombuses will fit into one Hexagon...so it would be 20x3
well that is easy its 3 rhombuses
Every hexagon has six sides. That's what the "hex" in hexagon means. Every polygon comes in two flavors and the hexagon can be either one of them ... 'regular' or 'irregular'. If the hexagon is a regular one, then all six of its sides are congruent. If the hexagon is an irregular one, then 2, 3, 4, 5, or none of its sides may be congruent.
This provided illustration (below) might not be terribly accurate but the three equal parts are meant to be the shapes of three rhombus'. All three lines join up in the center of the hexagon.______/ \ \/ \ \/ \____\ Hexagon divided into 3 equal rhombuses.\ / /\ / /\ /____/