A rectangle is the shape that has two pairs of perpendicular sides. In a rectangle, opposite sides are equal in length and parallel, while adjacent sides are perpendicular to each other. This geometric property makes rectangles ideal for applications such as architecture, engineering, and mathematics.
Well, honey, that would be a rectangle. It's got those four sides with opposite sides being equal in length and all those right angles making it a perfect shape for all your geometric needs. So, next time you see those four 90-degree angles, you can confidently say, "Yep, that's a rectangle, sweetie."
A shape with two pairs of parallel sides is ........ a parallelogram!
It doesn't need any in order to be a trapezoid. It can have a max of two pairs of perpendicular sides.
a quadrilateral
a square
Really? How about a rectangle? Or perhaps a square (which is a rectangle, btw)? Any parallelogram has two pairs of parallel sides.
Its Impossible. For there to be a shape where all five lines meet perfectly and there to be two pairs of perpendicular sides, there must three right angles. Alternitavely, you could have 1 pair of perpendicular lines and two rights angles, but certainly not both.
It has 2 pairs.
Kite is a geometry term for a quadrilateral shape. The shape has two pairs of adjacent sides that are congruent. The diagonals are perpendicular.
A shape with two pairs of parallel sides is ........ a parallelogram!
A parallelogram has two pairs of parallel sides.
It doesn't need any in order to be a trapezoid. It can have a max of two pairs of perpendicular sides.
By definition, a parallelogram two separate pairs has parallel sides. The only type of parallelogram that has perpendicular sides is a rectangle. All others have non-perpendicular sides.
Yes, it does have two adjacent sides
a quadrilateral is a shape with four equal sides.
A kite, a rhombus, a square must have two pairs of adjacent sides that are equal. Irregular polygon with 5 or more sides can have two pairs of equal sides.
A polygon with four or more sides can meet these requirement.
a quadrilateral