yes in half only
no they don't
a circle
When referring to the figure and shape of "6", no it does not have any lines of symmetry.
All convex polygons have lines of symmetry. Only concave (i.e. ones with sides that cave in) do not. If you are looking for a name of a shape that has no line of symmetry, then there aren't any with specific names.
The letter "S" has no lines of symmetry. It does not exhibit reflectional symmetry along any axis, as its shape does not mirror itself when divided.
Shapes that only have two lines of symmetry:SquareRectangleParallelogram
Yes, some shapes have no lines of symmetry. For example, an irregular quadrilateral or an asymmetrical shape like a scalene triangle does not possess any lines of symmetry, as they cannot be divided into identical halves through any line. Symmetry depends on the arrangement of the shape's sides and angles; if there are no corresponding equal parts, symmetry is absent.
A circle has an infinite number of lines of symmetry, corresponding to any of its diameter lines, to any arbitrary level of division (degrees, minutes, seconds).
Squares, which are parallelograms, have four lines of symmetry. Rectangles have only two. Rhombi have two lines of symmetry. Generic parallelograms don't have any lines of symmetry.None normally unless it is in the shape of a rectangle in which case it will have 2 lines of symmetry
A line of symmetry can be thought of as the line where you could cut a shape (or a line or any object) and it would look the exact same on both sides. An example of a shape with exactly two lines of symmetry would be a rectangle. A square also has at least two lines of symmetry, but it actually has four total.
Yes, it is possible for a shape to have at least one pair of parallel lines and no lines of symmetry. For example, an irregular trapezoid has one pair of parallel sides but lacks any lines of symmetry due to its uneven angles and side lengths. This demonstrates that parallel lines and symmetry are independent properties in geometric shapes.
An arrowhead shape has one line of rotational symmetry. This line runs vertically down the center, allowing the shape to be rotated 180 degrees to look the same. It does not have any other lines of symmetry.