They are shapes or figures that can be put together to form a surface with no cracks in between and no overlapping. Squares, hexagons, and triangles are all examples of tesselations.
1. First You will have to calculate the area of a trapezoid, to calculate the area of a trapezoid you need base multiplied by height divided by 2(A= B x H / 2) there are also other methods but that is the most common of a person in grade 7-12 2. You then need to multiply the area of the trapezoid of by the length of it. for ex. if a trapezoid has a bass of 3 cm, a height of 10cm, and a length of 4 cm, i would have to multiply 3 by 10 and divide it by 2, to get 15, then multiply by 4, the total area of the prism is 60 cm 3, make sure it is cubes because the prism is a 3-D shape, if you don't put cubed but put squared you will lose a mark if it is on a test/quiz/exam
Expressed in figures, this is equal to 25800000.
How many of these 30° angles will fit together to make a straight line?
When you put together unequal groups you only add. Is he correct?
To make a triangle, cut it on its diagonal and put two opposite legs together. you cannot make a trapezoid without two squares, where you do the same thing as the triangle but put the second square in between.
Three triangles.
a larger triangle, a larger trapezoid, it depends where and how it's placed.
put it together anyway
A trapezoid is pretty much just a parallelogram with a little triangle cut off, so if you think of that you can put them together
put the triangle so that one of the sides is against the long side of the trapezoid.
put the triangles upside own under neathe the square the make the trapezoid the head the last triangles the ears
If you put together a rectangle and a triangle, the resulting shape is called a trapezoid. A trapezoid is a quadrilateral with at least one pair of parallel sides. In this case, the rectangle contributes two parallel sides, while the triangle contributes the other two non-parallel sides. The combination of these two shapes creates a unique geometric figure known as a trapezoid.
1. put the trapezoid with the long side up. 2. put the triangle on the very tip near one of the slanted sides 3. count. -me (one directions biggest girl fan)
A big triangle if you put the triangle on the trapezoid's short parallel side, or a parallelogram if you put it on one of the trapezoid's ends. In both cases the triangle must be exactly the right shape and size or you will only have an irregular quadrilateral, pentagon, or hexagon. (Placing an appropriately-sized triangle on the long parallel side will also yield a pentagon - likely irregular.) Additionally, if a vertex of the triangle touches the trapezoid it can also make an irregular concave heptagon!
can two triangles put together make a square
they have the same number of sides and if u put the rhombus down its would look like a trapezoid