A circular cylinder has multiple planes of symmetry. Specifically, it has an infinite number of vertical planes of symmetry that pass through its central axis, as well as two horizontal planes of symmetry: one at the midpoint of its height and another at the top and bottom faces. These symmetries result from the cylinder's uniform circular cross-section and consistent height.
A cylinder
it has no lines of symetry
It has no lines of symetry at all.
2 lines of Symetry
A regular octogan has 8 lines of symetry, and a irregular octogan has 2 lines of symetry.
One type of symetry is rotation symetry.
A cylinder
it has no lines of symetry
circle
a rhombus has no lines of symetry
It has no lines of symetry at all.
2 lines of Symetry
A regular octogan has 8 lines of symetry, and a irregular octogan has 2 lines of symetry.
If it is a right circular cone, it has an infinite number of planes of symmetry. If it is an oblique circular cone, it has one plane of symmetry.
The given description fits that of a cylinder
A line has two fold rotational symetry.
you cant change it it is controled by the computer