Rectangle and square (which is a special kind of 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.
The type of quadrilateral formed depends on the specific properties and measurements of its sides and angles. For example, if all sides are equal and all angles are 90 degrees, it is a square. If opposite sides are equal and angles are not necessarily 90 degrees, it is a rectangle or a parallelogram. If all sides are of different lengths and no angles are equal, it is an irregular quadrilateral.
Really, no parallelogram is a rectangle as it's slanted. A rectangle had four right angles with two sets of two sides that are the same. Yes, a square is a rectangle, but it's a special kind of rectangle. What I think you're talking about is a rhombus, or a parallelogram with four equal sides. it's basically a slanted square, but is not classified as a square.
A rhombus is a rectangle when one of its angles is a right angle.(Actually, a rectangle has 4 right angles. But you only have to prove that yourrhombus has one of them for sure, because then it turns out that it must havefour of them.)(Also, before you get all upset because a rhombus with right angles is actuallya square, we're aware of that too. Technically, a square is a special kind ofparallelogram, rhombus and rectangle too.)
Rectangle and square (which is a special kind of rectangle).
Correct. A square is a rectangle, a special kind that is 'regular'--all its angles are congruent, and all its sides are congruent.
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 type of rectangle!
The type of quadrilateral formed depends on the specific properties and measurements of its sides and angles. For example, if all sides are equal and all angles are 90 degrees, it is a square. If opposite sides are equal and angles are not necessarily 90 degrees, it is a rectangle or a parallelogram. If all sides are of different lengths and no angles are equal, it is an irregular quadrilateral.
Yes, every square is a rectangle (a special kind of rectangle), but not every rectangle is a square.
Really, no parallelogram is a rectangle as it's slanted. A rectangle had four right angles with two sets of two sides that are the same. Yes, a square is a rectangle, but it's a special kind of rectangle. What I think you're talking about is a rhombus, or a parallelogram with four equal sides. it's basically a slanted square, but is not classified as a square.
A rhombus is a rectangle when one of its angles is a right angle.(Actually, a rectangle has 4 right angles. But you only have to prove that yourrhombus has one of them for sure, because then it turns out that it must havefour of them.)(Also, before you get all upset because a rhombus with right angles is actuallya square, we're aware of that too. Technically, a square is a special kind ofparallelogram, rhombus and rectangle too.)
A rectangle is a special kind of parallelogram ... one with right angles.
Yes, but as a square. A square is a special kind of rectangle and also a special kind of rhombus.
They both have four sides, four right angles, and two pairs of parallel sides. They differ in that the rectangle has two long sides and two short sides, while for the square, all of the sides are the same length. Having said that, a square is a special kind of rectangle.
A square is considered to be a special kind of rectangle.