Rhombus
A square.
A parallelogram is only a rectangle if it has 4 right angles. A square is a rectangle, but not vice versa because a square has all equal side lengths, four sides, AND four right angles. A rectangle has four right angles and 4 sides.
The rectangle can also be referred to as an oblong, a parallelogram (specifically one with right angles), a quadrilateral with opposite sides equal, and a right-angled parallelogram. Each of these terms highlights different properties of the rectangle, such as its angles and side relationships.
No, not every parallelogram can be turned into a square. While a parallelogram can be transformed into a square through a process of resizing and reshaping, this transformation is only possible if the parallelogram has equal side lengths and right angles. Therefore, only specific types of parallelograms, such as rectangles and rhombuses with equal side lengths, can be transformed into squares.
That's not possible. True, a parallelogram always has opposite side equal.
a square
A square.
It could be either of the following: * Rhombus - A parallelogram with four sides of equal length. * Square - A parallelogram with four sides of equal length and four angles of equal size (right angles).
Yes, a parallelogram has four sides and four internal angles, the opposite side lengths are equal and the opposite angles are equal.
A shape that has 2 pairs of equal sides and no right angles is a kite or a parallelogram. In a parallelogram, each side is equal to the one directly opposite; in a kite, the equal sides are adjacent to one another.
Any parallelogram, including rhombus, but not including rectangle or square.
A parallelogram.
A parallelogram is only a rectangle if it has 4 right angles. A square is a rectangle, but not vice versa because a square has all equal side lengths, four sides, AND four right angles. A rectangle has four right angles and 4 sides.
First of all, you know the opposite sides of a parallelogram are equal because of the definition of a parallelogram. Therefore, two adjacent angles in the parallelogram are supplementary, because same-side interior angles in two parallels and a transversal are always supplementary. Therefore, opposite angles in a paralellogram are equal, because two angles both supplementary to a third angle are equal to each other.
A parallelogram is a two dimensional shape bounded by four straight sides comprising two pairs of parallel sides.
No, not every parallelogram can be turned into a square. While a parallelogram can be transformed into a square through a process of resizing and reshaping, this transformation is only possible if the parallelogram has equal side lengths and right angles. Therefore, only specific types of parallelograms, such as rectangles and rhombuses with equal side lengths, can be transformed into squares.
That's not possible. True, a parallelogram always has opposite side equal.