If you think about it youwill know.But a Square has four lines of symmetry.
A square has four lines of symmetry
i think it has four lines of symmetry
A parallelagram can be a square, which has four lines of symmetry or a rectangle which has two lines of symmetry but the generic parallelagram has zero lines of symmetry
A polygon that has four lines of symmetry is a square. The lines of symmetry in a square include two diagonal lines and two lines that bisect the sides vertically and horizontally. Other polygons, such as the rectangle (not a square) and certain types of rhombuses, can also have four lines of symmetry, depending on their specific dimensions and angles. However, the square is the most common example of a polygon with exactly four lines of symmetry.
A square has four lines of symmetry!
A square has exactly four lines of symmetry.
it has five lines of symmetry
A square has four lines of symmetry
i think it has four lines of symmetry
It means 4 lines of symmetry as for example a square has 4 lines of symmetry
A parallelagram can be a square, which has four lines of symmetry or a rectangle which has two lines of symmetry but the generic parallelagram has zero lines of symmetry
A polygon that has four lines of symmetry is a square. The lines of symmetry in a square include two diagonal lines and two lines that bisect the sides vertically and horizontally. Other polygons, such as the rectangle (not a square) and certain types of rhombuses, can also have four lines of symmetry, depending on their specific dimensions and angles. However, the square is the most common example of a polygon with exactly four lines of symmetry.
A square has exactly four lines of symmetry.
A square has four lines of symmetry!
A square has four lines of symmetry.
A parallelogram has fewer than four lines of symmetry when it is not a rectangle or a square. Specifically, a general parallelogram, like a rhomboid, has only two lines of symmetry, which are the diagonals. In contrast, rectangles and squares have additional lines of symmetry, resulting in four lines for squares and two for rectangles. Thus, any non-rectangular parallelogram will have fewer than four lines of symmetry.
A circle has infinite lines of symmetry, all passing through the center. A square has four lines of symmetry: top to bottom, left to right, and the two diagonals.