4
Oh, dude, let me break it down for you. So, a trapezoid has 4 sides while a hexagon has 6 sides. To form a hexagon, you need 3 trapezoids because if you try to fit 4 trapezoids together, you're just gonna end up with a wonky shape that's not a hexagon. So, it takes 3 trapezoids to make 4 hexagons. Easy peasy!
18 straws.
There need not be any.
Hexagons come in many different shapes and sizes. As long as the figure has 6 straight edges and 6 angles, (with closed figure, of course) it's a hexagon. A regular hexagon though, has no perpendicular sides.A regular 6 sided hexagon has no perpendicular lines but it does have 3 pairs of parallel lines.
Oh, dude, let me break it down for you. So, a trapezoid has 4 sides while a hexagon has 6 sides. To form a hexagon, you need 3 trapezoids because if you try to fit 4 trapezoids together, you're just gonna end up with a wonky shape that's not a hexagon. So, it takes 3 trapezoids to make 4 hexagons. Easy peasy!
You need at least four triangles, or at least three trapeziums. Or two triangles and one trapezium.
its half of it. if this is a coffee store, i need a mocha
Two equal size isosceles trapezoids when joined together at their longest bases will form an irregular 6 sided hexagon.
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.
18 straws.
How many Line Segmants are in a Hexagon?
There need not be any.
It need not have any.
It need not have any!
There is no combination of trapezoids which can form a triangle. well not exactly, if you have three " isoceles like trapezoid", then you can, provided, you are allowed to overlap. you should be able to figure it out now.... What if the triangle was equilateral and the trapezoids were isoceles? You wouldn't need the trapezoids to overlap. Use the longer 'bottom' edge of each trapezoid and the 'left' edge of the next trapezoid to make up the edge of the triangle. The shorter 'top' edge of the trapezoids touch the 'right' edge of the next trapezoid in the center of the triangle.
You need to draw one diagonal. Look at the hexagon and then look at a pentagon. The triangle should stand out pretty well then.