A nonrectangular parallelogram has rotational symmetry, but not line symmetry. Additionally, shapes such as the letters S, N, and Z can be rotated to show rotational symmetry, although they do not have line symmetry.
Line symmetry.
Line symmetry = Reflection symmetry. Point symmetry = Rotational symmetry.
Many figures. For example, an ellipse.
Yes
The letters H and Z have both line symmetry and rotational symmetry
None. For a 3-dimensional object, a line of symmetry implies rotational symmetry and an aircraft has no line of rotational symmetry.
F has no symetry : line or rotational symmetry
A nonrectangular parallelogram has rotational symmetry, but not line symmetry. Additionally, shapes such as the letters S, N, and Z can be rotated to show rotational symmetry, although they do not have line symmetry.
An equilateral triangle has both line symmetry and rotational symmetry. A non-equilateral isosceles triangle has line symmetry but not rotational symmetry. A scalene triangle has neither kind of symmetry.
Line symmetry.
Line symmetry = Reflection symmetry. Point symmetry = Rotational symmetry.
Yes. An ellipse (oval) has two lines of symmetry, but not a rotational symmetry. A parabola has one line and no rotation.
Yes, the capital letter N has rotational symmetry but no lines of symmetry:
Many figures. For example, an ellipse.
It has a line of rotational symmetry - along the diagonal.
yes