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[parent] cyclic vector theorem (Theorem)

Let $K$ be a field, $V$ a $K$ -vector space of dimension $n$ , and $f:V\longrightarrow V$ a linear transformation. Then $f$ has a cyclic vector if and only if every linear transformation $g:V\longrightarrow V$ which commutes with $f$ is a polynomial of $K[X]$ evaluated in $f$ .




"cyclic vector theorem" is owned by gumau.
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See Also: cyclic subspace


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proof of cyclic vector theorem (Proof) by CWoo
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Cross-references: polynomial, cyclic vector, linear transformation, dimension, field

This is version 2 of cyclic vector theorem, born on 2004-03-10, modified 2004-03-13.
Object id is 5680, canonical name is CyclicVectorTheorem.
Accessed 4537 times total.

Classification:
AMS MSC15A04 (Linear and multilinear algebra; matrix theory :: Linear transformations, semilinear transformations)

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