With 6 equilateral triangles oriented with a point from each touching in the center of the imagined hexagon, you would have a hexagon.
The following would make a 6 pointed star which is not a hexagon because it would have 12 edges:
"It takes 2 triangles to make a hexagon. Take one triangle, put a side of it flat down, take a second triangle, and put its point downwards and overlap it with the 1st triangle.
Hint; It should make a Star of David.
Hope this helped."
6 polygon triangles make a hexagon
No?
How can a you make a hexagon using a trapozid and 2 triangles
Oh, dude, a hexagon has six sides, right? So, you'd need to draw three triangles to make a hexagon. Each triangle would cover two sides of the hexagon, like a sneaky little puzzle piece fitting into place. So, like, three triangles would do the trick.
six
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!)
3 triangles make up a hexagon.
6 polygon triangles make a hexagon
No?
pentagon i think?
How can a you make a hexagon using a trapozid and 2 triangles
Oh, dude, a hexagon has six sides, right? So, you'd need to draw three triangles to make a hexagon. Each triangle would cover two sides of the hexagon, like a sneaky little puzzle piece fitting into place. So, like, three triangles would do the trick.
2
six
Hexagon
No but they will make a hexagon
yes