Yes, all Squares are rectangles, but not all rectangles are squares because it needs to have all equal sides.
True. All squares are rectangles, but not all rectangles are squares.
Oh, dude, like technically speaking, all rectangles are trapezoids, but not all trapezoids are rectangles. It's like saying all squares are rectangles, but not all rectangles are squares. So, yeah, some trapezoids can be rectangles, but not all of them. It's like a geometry mind game, man.
all squares are rectangles but not all rectangles are squares
the three special quadrilaterals that can be a parallelogram are a rectangle, a square, and a rhombus Actually, this is incorrect. All squares are rectangles. All rectangles are parallelograms. Therefore all squares are parallelograms. But not all parallelograms are rectangles. And not all rectangles are squares.
They are all rectangles (or 2 squares and 4 rectangles).They are all rectangles (or 2 squares and 4 rectangles).They are all rectangles (or 2 squares and 4 rectangles).They are all rectangles (or 2 squares and 4 rectangles).
Yes, all Squares are rectangles, but not all rectangles are squares because it needs to have all equal sides.
Yes, all rectangles are parallelograms. However, not all parallelograms are rectangles.
All rectangles are quadrilaterals.
No but all squares are a rectangles
In fact, some are rectangles, but not all are.
No. Only some parallelograms are rectangles. But all rectangles are parallelograms.
All rectangles are quadrilaterals. A quadrilateral has 4 sides; all rectangles have 4 sides; thus all rectangles are quadrilaterals.
All squares are rectangles also, but not all rectangles are squares, only equilateral rectangles are considered square.
No, but all squares are all rectangles.
Yes all rectangles are quadrilaterals.
All rectangles are indeed parallelograms.