3D shapes don't have lines of symmetry they have plane's of symmetry.
3d shapes dont have lines of symmetry. they have planes. since a circle has infinite lines of symmetry, surely a cylinder has infinite planes of symmetry.
No. Asymmetric shapes do not have any lines (or planes) of symmetry.
Lines of symmetry are 2 dimensional. Planes of symmetry are 3D.
Cubes, pyramids, cones, and spheres are all 3D shapes.
3D shapes don't have lines of symmetry they have plane's of symmetry.
No because 2d shapes are plane such as polygons but example of 3d shapes are: pyramid, cone, cuboid, cylinder, sphere ... etc
Shapes with an irregular cross-section.
Three dimensional shapes, generally, don't have lines of symmetry, but a circle has an infinite number is symmetry lines. 3D shapes also don't have rotational symmetry either, but a circle has an infinite number of that as well.
3d shapes dont have lines of symmetry. they have planes. since a circle has infinite lines of symmetry, surely a cylinder has infinite planes of symmetry.
it depends on what kind of 3D shape you want. example= A sphere has an infinite amount of symmetry lines
3-d shapes are not made from 2-d shapes. 3-d shapes may have projections onto a plane that are 2-d.
No. Asymmetric shapes do not have any lines (or planes) of symmetry.
The fact that all plane shapes have rotational symmetry whose order is at least 1.
not all shapes have lines of symmetry. one example is a triangle.
3D shapes have edges, sides, and intersecting points
The special features of 3D shapes are they all are 3D which means they are fat but 2D shapes are flat they can not stand up.