Yes
Two right-angled triangles placed hypotenuse to hypotenuse with one inverted form a rectangle...
If it's a regular hexagon it will tessellate.
Hexagon, square, equilateral triangle, octagon. Im 11 so hah
Basically, to serve as tiles, or "tesellate", as they say, the angles have to be an exact factor of 360°.
crossed rectangle is not a rectangle, rectangle have to have 90 degree angles.
Rectangle area = (rectangle width) x (rectangle height)
a rectangle
Every rectangle must have corners otherwise it would not be a rectangle!Every rectangle must have corners otherwise it would not be a rectangle!Every rectangle must have corners otherwise it would not be a rectangle!Every rectangle must have corners otherwise it would not be a rectangle!
Because a rectangle has two pair of parallel line and it is a rectangle.
There can be no such thing as a rectangle hexagon. A rectangle is a polygon that is distinct from a hexagon.There can be no such thing as a rectangle hexagon. A rectangle is a polygon that is distinct from a hexagon.There can be no such thing as a rectangle hexagon. A rectangle is a polygon that is distinct from a hexagon.There can be no such thing as a rectangle hexagon. A rectangle is a polygon that is distinct from a hexagon.
Because the interior angles are not an even fraction of 360o ( they are 140o) and thus they cannot form a circle. Interior angles of triangles (60), squares (90) and hexagons (120) are and thus these shapes can tile the plane.
a rectangle cant be a square but a square can be a rectangle