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Q: Why a square can be a rectangle but a rectangle can never be a square?

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A square is always a rectangle but remember, A square is all the quads but the quads are never a square

The diagonals of a rectangle are never perpendicular but the diagonals of a square are perpendicular

no, but a cube is a rectangular prism... Remember this, a square is a rectangle but a rectangle is never a square!

never - the only thing it may have is common is that a simple rectangle will have four right angles. But a rectangle is not simple, it is complex.

sometime actually -A rectangle is a parallelogram with 4 right angles. -A square is a parallelogram with 4 right angles and 4 congruent sides. Congruent sides are the same length.

A square is a regular rectangle which is why a rectangle isn't a square.

A square is a rectangle even through a rectangle is not always a square.

It is never a rectangle but they are both 4 sided quadrilaterals

A square is always a rectangle. A rectangle can sometimes be a square

No. A square is a rectangle, but a rectangle is not a square.

A square is always a rectangle, but it is a rectangle that isn't a square.

A square is always a rectangle, but it is a rectangle that isn't a square.

A square is always a rectangle, but it is a rectangle that isn't a square.

a rectangle cant be a square but a square can be a rectangle

A square is a special rectangle.

A square is a type of rectangle!

it means that a square is not a rectangle

Yes, every square is a rectangle (a special kind of rectangle), but not every rectangle is a square.

By definition, no rectangle is a square - they are two different figures. If you draw a true rectangle, it is not a square - it is a rectangle.

In some cases, a rectangle and a square can be congruent. A square is counted as a rectangle, thus a rectangle can be congruent to a square.

Every square is a rectangle but not every rectangle is a square.

yes- a square is a rectangle but a rectangle is not a square.

We're here to help, but honestly, we don't know what we're looking for. We've never heard of a 'square radius', or of the 'radius of a rectangle'.

A square is a rectangle.

It may, or it may not be. We cannot say a quadrilateral is never a square. A quadrilateral is a figure with four line segments for sides (edges) and four vertices (internal angles). If all the sides are the same length and and one of the interior angles is a right angle, all the interior angles will be right angles and you will have a square. All squares are quadrilaterals, but not all quadrilaterals are squares. Most aren't. A square is a special case of a quadrilateral. So is a rectangle. A square is a special case of a rectangle, while we're on the subject. Every square is a rectangle, but not every rectangle is a square.