10 lines of symmetry
2 lines of symmetry
There are infinitely many lines of symmetry. Every line can be a line of symmetry for a suitable shape.
There are eight lines of symmetry.
A TRAPIZOID has 2 lines of symmetry
A ball (sphere) has an infinite number lines of symmetry.
A sphere has an infinite number of lines of symmetry. It can be split in any direction from any angle, and the resulting parts will be symmetrical.
Sphere
A circle or sphere has an infinite number of lines of symmetry.
it depends on what kind of 3D shape you want. example= A sphere has an infinite amount of symmetry lines
Yes, it has infinite numbers of lines of symmetry.
If you think of the sun as a slightly flattened sphere, then infinitely many lines of symmetry. If you go in for more details and include all the sun spots and flares and so on, probably none.If you think of the sun as a slightly flattened sphere, then infinitely many lines of symmetry. If you go in for more details and include all the sun spots and flares and so on, probably none.If you think of the sun as a slightly flattened sphere, then infinitely many lines of symmetry. If you go in for more details and include all the sun spots and flares and so on, probably none.If you think of the sun as a slightly flattened sphere, then infinitely many lines of symmetry. If you go in for more details and include all the sun spots and flares and so on, probably none.
A basketball has an infinite number of lines of symmetry. This is because a basketball is a perfect sphere, and any plane passing through its center will divide it into two equal halves that are symmetrical. Therefore, there are an infinite number of lines of symmetry that can be drawn on a basketball.
circle, sphere, cylinder
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.
A sphere has one point of symmetry (at its very center) if one considers rotational symmetry in its three dimensions. If one is only considering reflectional symmetry, it would have an infinite number of lines of symmetry.
Circles and spheres both have infinite numbers of lines of symmetry