A=1/2h(b1+b2) where h is the height and b is the base
Line up the two trapeziums side by side with their parallel sides top and bottom, and with a pair of corresponding sides of the trapeziums facing one another. Flip one of them top to bottom and bring the two trapeziums together. They will form a parallelogram.Line up the two trapeziums side by side with their parallel sides top and bottom, and with a pair of corresponding sides of the trapeziums facing one another. Flip one of them top to bottom and bring the two trapeziums together. They will form a parallelogram.Line up the two trapeziums side by side with their parallel sides top and bottom, and with a pair of corresponding sides of the trapeziums facing one another. Flip one of them top to bottom and bring the two trapeziums together. They will form a parallelogram.Line up the two trapeziums side by side with their parallel sides top and bottom, and with a pair of corresponding sides of the trapeziums facing one another. Flip one of them top to bottom and bring the two trapeziums together. They will form a parallelogram.
No.
yes all squares are trapiziumsImproved Answer:-No squares are not trapeziums but they are both 4 sided quadrilaterals
Find the area of the tile and this will depend on the shape of the tile. Tiles for regular or semi-regular tessellation may be triangular, quadrilateral (square, rectangular, rhombic, parallelograms, trapeziums), hexagonal or octagonal. The formula for the area in each case, is likely to be different.
No.
No, because trapeziums (aka trapezoids) have only one pair of parallel sides, while parallelograms have two pairs.
(3x2 √3) / 2 Where x is the length of a side, given that the hexagon is a regular hexagon. However, if the hexagon is is not regular, you will have to find the area of the two trapeziums within the hexagon, find the area of them, and add them together.
(3x2 √3) / 2 Where x is the length of a side, given that the hexagon is a regular hexagon. However, if the hexagon is is not regular, you will have to find the area of the two trapeziums within the hexagon, find the area of them, and add them together.
No but all parallelograms are trapezoids
Yes.
They are both 4 sided quadrilaterals