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.
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.
The two quadrilaterals with equal sides are the rhombus and square.
no quadrilaterals can not be close because it has 4 equal sides luv bunbun123123
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.
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.
The two quadrilaterals with equal sides are the rhombus and square.
no quadrilaterals can not be close because it has 4 equal sides luv bunbun123123
Kites or arrowheads.
square and rhombus
No but they are 4 sided quadrilaterals.
A square or a rhombus
The only quadrilaterals that have all sides an equal length are a square abd a rhombus.
Parallelograms (if the equal sides are opposite one another) or kites (if they are adjacent).
A parallelogram with equal sides is always a rhombus, and it may also be a square.