3 triangles make up a hexagon.
Of the four shapes mentioned, the octagon has the most sides. Square has 4 sides, hexagon has 6, pentagon has 5, and the octagon has 8.
1. square 2. hexagon 3. pentagon 4. rectangle 5. triangle 6. circle 7. octagon
I think 4 different ways
There are an infinite number of options. Even sticking with polygons with sides of the same measure, a hexagon can be made from 6 equilateral triangles, or 4 eq triangles and a 60 degree rhombus, or 2 eq triangles and 2 60-deg rhombi, or 3 60-deg rhombi. Each of the equilateral triangle could be made from smaller shapes. Eg four equilateral mini-triangles to make 1 triangle. Or 2 mini-triangles and 1 mini-rhombus or 2 60-deg mini-rhombi. And then each of those mini triangles could be made up of smaller micro-shapes. And so on ...
4 sqaure
To make six sets using rhombuses, trapezoids, triangles, and hexagons, you would need a total of six sets. Each set would consist of one of each shape - a rhombus, a trapezoid, a triangle, and a hexagon. Therefore, you would need 6 sets x 4 shapes per set = 24 shapes in total to make six sets using these shapes.
A 6 sided hexagon has 6 angles that add up to 720 degrees
take a hexagon draw a cross through it to partition it equally whatever that shape is called which you just drew 4 of
4
3 triangles make up a hexagon.
You can make 6
*square *triangle *hexagon It is basically that shape that go together and that they don't have gaps in between them
Of the four shapes mentioned, the octagon has the most sides. Square has 4 sides, hexagon has 6, pentagon has 5, and the octagon has 8.
4
Well, honey, a hexagon has six sides, so technically you can fit six trapezoids in there if you get creative with your shapes. But if you're talking about how many trapezoids can fit perfectly inside a hexagon without overlapping, then the answer is zero. Hexagons and trapezoids are like apples and oranges, they just don't fit together like that.
1. square 2. hexagon 3. pentagon 4. rectangle 5. triangle 6. circle 7. octagon