Shapes with 4 sides are called quadrilaterals. If all the sides of the shape have the same length, then there are two options for specific quadrilaterals. These are squares or rhombuses. If the pairs of sides are not the same length as each other, then there are two alternate options for the shape. These are rectangles and parallelograms.
This is called a Parallelogram. Each pair of opposite sides will then be the same length. If all four sides are the same length, and opposite sides are parallel, then it is a rhombus. NB: If all four sides are the same length then the opposite sides must be parallel.
A kite
A regular polygon requires all sides to be the same length; in a rectangle not all four sides are the same length (they form two pairs of sides of equal length) and so it is not a regular polygon.
I am not sure if you are saying that the opposite sides are the same length, if so you just have a parallelogram. If you are asking for all four sides to be the same length, you have a rhombus. If the angles are right angles, you have a square. ■
No shape has four equal sides and four different angles - either there are two pairs of equal angles, or all four angles are the same; or all sides are not the same length.
A four-sided figure with two pairs of parallel sides the same length and four right angles is called a square.
This is called a Parallelogram. Each pair of opposite sides will then be the same length. If all four sides are the same length, and opposite sides are parallel, then it is a rhombus. NB: If all four sides are the same length then the opposite sides must be parallel.
A kite
Oh, dude, that sounds like a parallelogram! It's like a square, but without all the right angles cramping its style. So, you've got those opposite sides that are equal, and those angles that are twinsies, but no right angles to be found. It's like the rebellious cousin of the square.
A regular polygon requires all sides to be the same length; in a rectangle not all four sides are the same length (they form two pairs of sides of equal length) and so it is not a regular polygon.
I am not sure if you are saying that the opposite sides are the same length, if so you just have a parallelogram. If you are asking for all four sides to be the same length, you have a rhombus. If the angles are right angles, you have a square. ■
It has two pairs of symmetrical (same length) sides.
No shape has four equal sides and four different angles - either there are two pairs of equal angles, or all four angles are the same; or all sides are not the same length.
No. But the opposite sides do - in pairs.
All four sides of a rhombus are the same length. In a parallelogram there are two pairs of sides with equal lengths but one pair is different from the other pair.
A rectangle is a quadrilateral which has two pairs of parallel sides, meeting (in pairs) at right angles. The same applies to a square. A rhombus is a quadrilateral which has two pairs of parallel sides and all four sides are of equal length. The same applies to a square.
A rectangle has four sides and four right-angled corners.A square has four sides and four right-angled corners andhas all sides of equal length.A rectangle is defined as having:Four sides;All angles equal at 90°;Two pairs of opposite sides of equal length.A square is defined as having:Four sides;All angles equal at 90°;All four sides of equal length.The first two properties are common to both the square and rectangle.The third property differs:For a square all sides are of equal length. They can be divided into two pairs of opposite sides of equal length, which is the third property of the rectangle. Thus all squares are rectangles.For a rectangle, having two pairs of opposite sides of equal length means that the two pairs can have different lengths (as long as the sides in each pair are the same length). The two sets may have the same length, in which case the rectangle is a square, but if the two sets have different lengths then all four sides do not all have the same length, and so are not squares. Thus not all rectangles are squares.Squares form a proper subset of the rectangles (squares ⊂ rectangles) where the two sets of pairs of opposite sides have equal length (ie all four sides are of equal length).