It can be rotated 4 different places and still maintain all of its characteristics when a design has four fold symmetry.
A cubic crystal system has a total of nine symmetry elements: a fourfold rotation axis, three twofold rotation axes, a threefold rotation axis, a sixfold rotation axis, a mirror plane, and three fourfold rotation inversion axes. These symmetry elements are derived based on the geometric arrangements of the lattice points in the cubic system.
Organisms are grouped into different phyla based on their shared anatomical, developmental, and genetic characteristics. These characteristics include body plan, symmetry, presence of certain tissues, and genetic relationships. Organisms within the same phylum are more closely related to each other than to organisms in different phyla.
Slime molds do not have a fixed body shape and therefore do not exhibit bilateral or radial symmetry. They can change shape and move in an amoeba-like manner, giving them asymmetrical characteristics.
Bi-axial symmetry refers to an object or organism that can be divided into two equal halves in two different ways, resulting in two possible lines of symmetry. This characteristic is commonly found in certain crystals and some sea creatures.
Arial symmetry
It can be rotated 3 different places and can still maintain all of its characteristic when a design has three fold symmetry.
3!
2
Fourfold rotational. In chemistry, it would be called a C4 axis.
Its order of rotational symmetry.
A cubic crystal system has a total of nine symmetry elements: a fourfold rotation axis, three twofold rotation axes, a threefold rotation axis, a sixfold rotation axis, a mirror plane, and three fourfold rotation inversion axes. These symmetry elements are derived based on the geometric arrangements of the lattice points in the cubic system.
No. Objects can have reflective symmetry but no rotational symmetry.
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False
false
true
The fact that all plane shapes have rotational symmetry whose order is at least 1.