A rectangle is the simplest such shape (a square being a special case). But there are polygons with more sides that will meet these requirements.
A square has 2 pairs of opposite parallel lines.
A square or a rectangle.
A parallelogram has 2 pairs of parallel sides, and provided that it isn't a square, it has no square corners. If necessary, you could call it an "oblique parallelogram" to indicate that it isn't square.
It has two pairs of parallel lines so yeah
2
A square has 2 pairs of equal opposite parallel lines
A square has 2 pairs of opposite parallel lines.
it has 2 pairs of parallel lines
a square has 2 pairs of parallel lines
A square or a rectangle.
A parallelogram has 2 pairs of parallel lines and in the form of a rectangle it has 2 pairs of parallel lines and 4 perpendicular lines that meet at each of its corners at right angles.
A parallelogram has 2 pairs of parallel sides, and provided that it isn't a square, it has no square corners. If necessary, you could call it an "oblique parallelogram" to indicate that it isn't square.
A square has 2 pairs of parallel lines and they all are the same lenght
It has two pairs of parallel lines so yeah
A rectangle has 2 pairs of parallel lines of different lengths but a square has 2 pairs of parallel lines of equal lengths
Here are three shapes that have two pairs of parallel lines: square parallelogram rectangle There are many polygons with at least two pairs of parallel lines. hexagon (has 3 pairs of parallel lines) octagon (has 4 pairs) decagon (has 5 pairs)
A square has 2 pairs of parallel lines, and those are the sides opposite from each other.