Make a triangle out of straws or something. See if you can push it sideways like a square. I you try to, you either bend it, break it or push the entire thing sideways...
You can't bend it like a square. this is why triangles is the strongest shape. And also tall skyscrapers are made from triangles if looked from a birds eye-view...
:D:D:D
Those would be SIMILAR triangles.
Some triangles are symmetric, while others are not. All equilateral and isosceles triangles are symmetric.all triangles are symmetric.
They are triangles with 3 equal sides and 3 equal interior angles or triangles that are congruent in shape
There is no 3D shape with 6 faces: 4 rectangles and 2 triangles. See the link for all forms of hexahedra.
a geometric shape made up of 20 triangles. :)
rather than doing squares or triangles make a pentagon or hexagon they are stronger.
A circles structural shape is in fact stronger than a triangles structural geometric shape.
it makes a dimond
A square and rectangle both have congruent triangles in them.
In geometry, the triangle form is the most rigid. The length of the sides define the shape of the triangle and anything made of triangles will maintain that rigidity. Looking at the Eiffel Tower you will notice that the whole structure is composed of metal beams meeting to form triangles. The metal beams themselves are made of smaller triangle structures.
A rectangle.. If you combine the triangles to make another square and then place all the squares in a row it makes a rectangle. you can also make a trapezium, if you place the 2 squares next to each other and then the triangles beside them...
A minimum of 2 triangles are needed, but you can also make a rectangle with 3 or more triangles.
Sliding them together makes a Big Triangle, flipping them makes a Diamond.
because the shape makes it more stronger
That is just the shape that they are made in. It makes them unique and slightly different than many other snack chips, and it is easy to hold onto and eat.
the shape that can make two smaller triangles is parallelogram.
The answer depends on the shape. There are different formulae for triangles, quadrilaterals and other polygons. Since you have not bothered to provide any information on the shape,I cannot provide a more useful answer.The answer depends on the shape. There are different formulae for triangles, quadrilaterals and other polygons. Since you have not bothered to provide any information on the shape,I cannot provide a more useful answer.The answer depends on the shape. There are different formulae for triangles, quadrilaterals and other polygons. Since you have not bothered to provide any information on the shape,I cannot provide a more useful answer.The answer depends on the shape. There are different formulae for triangles, quadrilaterals and other polygons. Since you have not bothered to provide any information on the shape,I cannot provide a more useful answer.