All squares are quadrilaterals. All quadrilaterals are not squares. There is no square that is not a quadrilateral.
by slicing it vertically in the middle, and horizontally in the middle
I believe that quadrilaterals are shapes with 4 sides. Such as a rectangle or a square.
There are no such shapes because all squares are quadrilaterals - by definition.
No, but all squares are quadrilaterals.
Yes. If a polygon has 4 sides, then it is a quadrilateral.
Well, honey, let me break it down for you. All squares are indeed quadrilaterals, but not all quadrilaterals are squares. It's like saying all thumbs are fingers, but not all fingers are thumbs. So, yes, squares are a type of quadrilateral, but don't go thinking every four-sided shape is a square.
All squares and rectangles are quadrilaterals. The of quadrilateral is a four sided figure. A square has four congruent sides, hence all squares are quadrilaterals. A rectangle is a four sided rhombus, so it is also a quadrilateral.
The two quadrilaterals that have four right angles are rectangles and squares.
A square has four sides, by definition. Therefore, it is a quadrilateral.
A square is a quadrilateral, but not all quadrilaterals are squares. A quadrilateral is just a four-sided figure.
Yes they are. The definition of a quadrilateral is a closed figure with four sides. A square always has four congruent sides and is a closed figure. Therefore, all squares are quadrilaterals. Trapezoids, rhombuses, and rectangles are also quadrilaterals.