The symmetries of a cube include rotations, reflections, and combinations of these transformations that leave the cube unchanged. There are 24 rotational symmetries of a cube, including rotations by 90, 180, and 270 degrees around different axes. Additionally, there are reflections across various planes of symmetry that preserve the cube's shape and orientation. These symmetries form the cube's symmetry group, known as the octahedral group O(24).
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Well honey, a cube has rotational symmetries of order 4, which means you can rotate that bad boy by 90, 180, or 270 degrees and it still looks the same. It also has reflectional symmetries across its faces and diagonals, giving it a total of 48 symmetries. So basically, a cube is a symmetrical diva that knows how to work it from every angle.
From the perspective of a symmetry group, a cube has 48 symmetries total. They include:
Parallelograms: 2-fold Square: 4-fold n-fold symmetries refer to rotational symmetries. Consequently, any symmetries about axes that these and other quadrilaterals may have are not relevant to this question.
It has 20
5
It has 8 rotational symmetry.
18