eigenvector
Eigenvector (noun) means In linear algebra, a vector that keeps its direction and is only stretched or shrunk, not rotated, when a particular linear transformation is applied to it. Example: “Engineers find the eigenvectors of a stiffness matrix to work out a structure's natural modes of vibration.”
How to use eigenvector
Learner’s notesIn plain EnglishAn eigenvector is a direction that a transformation stretches or shrinks but does not turn.
It is a specialist mathematical term used mainly in linear algebra, physics and engineering.
Keep eigenvector and eigenvalue apart: the vector is a direction, the value is the scaling factor that goes with it.
Trace the full origin ↓Fill the gap
Can you complete this real example?
Engineers find the _____ of a stiffness matrix to work out a structure's natural modes of vibration.
Etymology
Formed from the prefix eigen- attached to vector, closely following the German word Eigenvektor. The mathematician David Hilbert first used the eigen- prefix in 1904, and he may have taken the idea from an earlier related use by Hermann von Helmholtz.