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Lemma: Equivalency of Vectors in Vector Space If their Difference Forms a Subspace
Let \(V\) be a vector space over a field \(F\) and let \(U\subseteq V\) be its subspace. Then the relation defined by $v\sim w \Longleftrightarrow vw\in U$ is an equivalence relation on \(V\).
Table of Contents
Proofs: 1
Mentioned in:
Definitions: 1
Examples: 2
Proofs: 3
Propositions: 4
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References
Adapted from CC BYSA 3.0 Sources:
 Brenner, Prof. Dr. rer. nat., Holger: Various courses at the University of OsnabrÃ¼ck