Assertion: isometry | /r/HasProperty | rotation
Facets:
Source sentences:
text: An isometry with exactly one fixed point is a rotation.
text: (An isometry is a transformation , such as translation , rotation , or reflection , that doesn't change the distance between any two points.) ...
text: In a chapter on "Employing isometry", ( isometries in the plane being linear transformations that preserve distances, such as reflection, rotation and translations (
text: However, the Shilov boundary of [D.sub.5] given by [Q.sub.5] = [S.sup.4] x [RP.sup.1] is adequate enough to implement the action of SO(5) via isometries (rotations) on the internal symmetry space [S.sup.4]
text: By using the theorem that all isometries of the plane are translations, rotations, reflections, and compositions of translations and reflections (that is, a translation followed by a reflection).