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Q: If every square is a rectangle is every rectangle also a square?

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A square is a special case of a rectangle. Every square is a rectangle, but not every rectangle is a square. A square is a rectangle with four sides that are all equal in length.

No. "The lengths of adjacent sides can be different." True for a rectangle, not true for a square.

No, but every square is a rectangle.

A rectangle has four sides, in two pairs of equal length, and four angles, all of which are right angles. A square satisfies all of these requirements so a square is a rectangle. In adition, the two pairs of sides of a square are of equal length as well. That makes the square a very special kind of rectangle, but it is still a rectangle.

A square is a rectangle because a square has 2 parallel sides and so does a rectangle .

Related questions

A square is a special case of a rectangle. Every square is a rectangle, but not every rectangle is a square. A square is a rectangle with four sides that are all equal in length.

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

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

They both have four sides and four right angles. Every square is also a rectangle. But not every rectangle is a square.

Every square is a rectangle.

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

yes every square has a rectangle =]

Yes. For example, a 4x4 square would have an area of 16 units squared. A 2x8 rectangle would also have an area of 16 units squared. Also, every rectangle is a square too though every square is not a rectangle. So, a 4x4 square is also a rectangle which means both have the same area.

No! Every rectangle has a square if that's what you mean

No. "The lengths of adjacent sides can be different." True for a rectangle, not true for a square.

No, but every square is a rectangle.

A square is a rectangle with every side being congruent to every other side.