The adjacent sides of very few quadrilaterals are equal. This is most common in the square and the rhombus, but does not often happen in quadrilaterals such as the kite, the delta, the rectangle or the trapezium.
A square or a rhombus
Kites or arrowheads.
Parallelograms (if the equal sides are opposite one another) or kites (if they are adjacent).
A kite, a square or a rhombus
Because they are both 4 sided quadrilaterals. * * * * * However, a typical kite has two pairs of adjacent sides which are equal whereas a in a rhombus all four sides are equal.
A square or a rhombus
Kites or arrowheads.
Parallelograms (if the equal sides are opposite one another) or kites (if they are adjacent).
A kite, a square or a rhombus
All quadrilaterals apart from rectangles. Even parallelograms have adjacent angles that are not equal.
Because they are both 4 sided quadrilaterals. * * * * * However, a typical kite has two pairs of adjacent sides which are equal whereas a in a rhombus all four sides are equal.
Rectangles. (Which includes squares.)
it cant be possible
No, all quadrilaterals are trapeziums. I kite must have 2 pairs of adjacent sides equal in length.
No- quadrilaterals don't require completely equal sides. There are quadrilaterals like rectangles that have uneven lengths of sides.
There are infinite amounts of quadrilaterals that have sides that aren't all equal. In regular quadrilaterals, however there are rectangles and kites that have uneven lengths of sides.
A shape that has four sides but does not have all sides the same is a rectangle. In a rectangle, opposite sides are equal in length, but the adjacent sides can be of different lengths. This distinguishes it from a square, which has all four sides equal. Other examples include trapezoids and irregular quadrilaterals.