Yes
A rectangle has two lines of symmetry, one vertical in the center, and one horizantal in the center
A quadrilateral with 4 right angles can only be a rectangle or a square. A rectangle has only two lines of symmetry - the lines joining the midpoints of its opposite sides. So the answer cannot be a rectangle. A square has the same lines of symmetry as a rectangle, plus the two diagonals - 4 lines in all.
Technically, a square is a rectangle with four lines of symmetry. A non-square rectangle has exactly two lines of symmetry: the vertical and the horizontal.
A four-sided quadrilateral having two lines of symmetry is a rectangle
Yes, unless its a square, then there are four lines of symmetry.
There are two quadrilaterals with 2 lines of symmetry. A rhombus and a rectangle (if they are not also a square)
A shape that has exactly two lines of symmetry is a rectangle that is not a square. The two lines of symmetry are one vertical line that bisects the rectangle and one horizontal line that bisects it. These lines divide the rectangle into two equal halves that are mirror images of each other. Other shapes, such as certain types of kites, can also have two lines of symmetry.
A square is on example. The perpendicular bisectors of the sides and the two diagonals comprie four lines of symmetry.
A rectangle has two lines of symmetry, the lines that connect the midpoints of the parallel sides of a rectangle are lines of symmetry of the rectangle.
two parrell lines
two parrell lines
No, a non-square rectangle has two: the horizontal and the vertical. A square has four lines of symmetry: the horizontal, the vertical, and two diagonal lines.