ewan!
One pair of equal angles can be found in an isosceles triangle, where the angles opposite the equal sides are congruent. For the equal adjacent sides, consider a rectangle, where each pair of adjacent sides (length and width) is equal to the corresponding sides on the opposite side. Thus, in a rectangle, we have two pairs of equal adjacent sides, while the opposite angles are also equal.
In a parallelogram, adjacent sides are not equal; rather, opposite sides are equal in length. This means that if one pair of opposite sides is equal, the other pair will also be equal, but the adjacent sides can be of different lengths. For example, in a rectangle (which is a type of parallelogram), adjacent sides can be unequal, while in a rhombus, all sides are equal.
Yes, a square has adjacent sides that are equal in length. By definition, a square is a type of rectangle with all four sides equal, and each pair of adjacent sides forms a right angle. Therefore, every side of a square is equal to its neighboring sides.
Any irregular polygon can have a pair of adjacent sides that do. Every pair of adjacent sides in every rectangle do.
A shape with a pair of perpendicular sides is a rectangle. In a rectangle, opposite sides are equal in length, and adjacent sides meet at right angles, forming perpendicular intersections. Other shapes that also feature perpendicular sides include squares and right triangles.
One pair of equal angles can be found in an isosceles triangle, where the angles opposite the equal sides are congruent. For the equal adjacent sides, consider a rectangle, where each pair of adjacent sides (length and width) is equal to the corresponding sides on the opposite side. Thus, in a rectangle, we have two pairs of equal adjacent sides, while the opposite angles are also equal.
In a parallelogram, adjacent sides are not equal; rather, opposite sides are equal in length. This means that if one pair of opposite sides is equal, the other pair will also be equal, but the adjacent sides can be of different lengths. For example, in a rectangle (which is a type of parallelogram), adjacent sides can be unequal, while in a rhombus, all sides are equal.
Yes, a square has adjacent sides that are equal in length. By definition, a square is a type of rectangle with all four sides equal, and each pair of adjacent sides forms a right angle. Therefore, every side of a square is equal to its neighboring sides.
Any irregular polygon can have a pair of adjacent sides that do. Every pair of adjacent sides in every rectangle do.
A shape with a pair of perpendicular sides is a rectangle. In a rectangle, opposite sides are equal in length, and adjacent sides meet at right angles, forming perpendicular intersections. Other shapes that also feature perpendicular sides include squares and right triangles.
rectangle
no
Yes, a kite does have opposite sides that are equal, but specifically, the two pairs of adjacent sides are equal in length. In other words, if you take one pair of adjacent sides, they will be equal, and the same applies to the other pair. However, the opposite sides of a kite are not equal to each other.
rectangle
it has got two pairs of adjacent sides of equal length and one pair of equal sides
a parallelogram
Rhombus: Adjacent sides are equal. Diagonals intersect at 90°. Measure of all interior angles not specific. Diagonals are not equal. Rectangle: Pair of opposite sides are equal. Measure of angle of intersection of diagonals not specific. Measure of all interior angles is 90°. Diagonals are equal.