You need to draw one diagonal. Look at the hexagon and then look at a pentagon. The triangle should stand out pretty well then.
you may do 1 line and to pentagons so if you do that you may a hexagon with to make a triangleand a pentagon to make a hexagon Love Amber Marie Tobin
A hexagon has 6 sides, all equal to one another, which means it has symmetry. Simply fold the hexagon until it makes a triangle _ / \ \_/
Put one angle of each triangle at the center of the hexagon.
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."
You need to draw one diagonal. Look at the hexagon and then look at a pentagon. The triangle should stand out pretty well then.
you may do 1 line and to pentagons so if you do that you may a hexagon with to make a triangleand a pentagon to make a hexagon Love Amber Marie Tobin
A hexagon has 6 sides, all equal to one another, which means it has symmetry. Simply fold the hexagon until it makes a triangle _ / \ \_/
Put one angle of each triangle at the center of the hexagon.
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."
You start creating a concave hexagon from four triangles by placing the smallest triangle in the middle to serve as a base for the other three. Line up the bases on each triangle with the sides of the smallest one to end up with six sides forming a concave hexagon.
Cut in half to make two trapazoids and find the area of one of the trapazoids. Don't forget to multiply the answers by two becasue you only found the area of half of the hexagon. If you want to get really tricky or forget the trapazoid formula then cut in in sixths and find the area of a triangle. Then multiply the answer by six.
First make a regular hexagon. Then take any one triangle and slide it through two heights so that it's base is on what was the opposite side. You will have an irregular, concave hexagon, shaped somewhat like an arrowhead.
Well basically yeah it kinda is. A hexagon is A six sided figure. We know that many geometric buildings contains triangles. When a hexagon is cut into two it is a trapezoid. when that is cut into two in is a triangle. a hexagon is basically a lot of triangles stuck together. We all know that i triangle can't be stronger than two or more. so what do you think is stronger, a triangle or a hexagon. * * * * * The answer will depend on what you mean by "strongest" but the above answer is just a load of garbage! Any polygon with four or more sides is not rigid. It can be skewed in the same way that a square can be flexed so that it becomes a rhombus. The only rigid polygon is a triangle. That is one reason why triangles are used in structures and also why rectangles (or similar shapes) need to be cross-braced.
To form a hexagon, you would need a total of 6 triangles. Each side of the hexagon would be made up of one triangle, so when you combine all six sides, it creates a hexagon. This is because a hexagon is a polygon with six sides and six angles, and each side is made up of a single triangle.
Triangle
the amount of times a triangle can go into a hexagon is six timestotal number of possible triangles = 22feel the love :)Another Answer:-Extending from one vertex there are 4 triangles in a hexagon because there are 180 degrees in a triangle and 4*180 equals 720 degrees which is the sum of the angles in an hexagon.