yes
There are infinite lines of symmetry, as in the case of a circle, the diagonal is the line of symmetry. The diagonal can start at an infinite number of places, and thus there are endless possible lines of symmetry.
No, not all lines of symmetry are diagonals. A line of symmetry is a line that divides a shape into two identical halves, which can be vertical, horizontal, or diagonal. While some shapes may have diagonal lines of symmetry, others can have vertical or horizontal lines that are not diagonal. Therefore, lines of symmetry can exist in various orientations depending on the shape.
Six - three from diagonal to diagonal, three from midpoint of a side to midpoint to a side.
The quadrilateral that has two lines of symmetry that are diagonals is a rhombus. In a rhombus, the diagonals bisect each other at right angles and serve as lines of symmetry. Each diagonal divides the rhombus into two congruent triangles, reflecting the shape across the diagonal. This property gives the rhombus its two lines of symmetry.
No because diagonal lines do not count. Even though they might fit perfectly inside the rectangle, but those don't count. Only lines going horizontally or vertically count as lines of symmetry. :)
There are infinite lines of symmetry, as in the case of a circle, the diagonal is the line of symmetry. The diagonal can start at an infinite number of places, and thus there are endless possible lines of symmetry.
No, not all lines of symmetry are diagonals. A line of symmetry is a line that divides a shape into two identical halves, which can be vertical, horizontal, or diagonal. While some shapes may have diagonal lines of symmetry, others can have vertical or horizontal lines that are not diagonal. Therefore, lines of symmetry can exist in various orientations depending on the shape.
Six - three from diagonal to diagonal, three from midpoint of a side to midpoint to a side.
A rectangle.
7
If you draw a diagonal line from corner to corner of a parallelogram, that is a line of symmetry.
The quadrilateral that has two lines of symmetry that are diagonals is a rhombus. In a rhombus, the diagonals bisect each other at right angles and serve as lines of symmetry. Each diagonal divides the rhombus into two congruent triangles, reflecting the shape across the diagonal. This property gives the rhombus its two lines of symmetry.
If you had a circle and you halved it, exactly in the middle, then that line would be a line of symmetry! And it is the same with a square. If you halve it exactly in the middle then that would be called a line of symmetry! And then all the lines of symmetry in a square are down, across, diagonal from the left and then diagonal from the right! But in a circle there are LOTS of lines of symmetry!
It has no reflection symmetry because the white diagonal lines are thicker on one side than the other.
No because diagonal lines do not count. Even though they might fit perfectly inside the rectangle, but those don't count. Only lines going horizontally or vertically count as lines of symmetry. :)
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.
A circle has an infinite number of lines of symmetry. Every possible diagonal is one such.