Definition:Linearly Dependent/Sequence/Real Vector Space
Jump to navigation
Jump to search
This page has been proposed for deletion. In particular: Do we need this? It's the same definition as for Definition:Linearly Dependent/Sequence. Please assess the validity of this proposal. To discuss this page in more detail, feel free to use the talk page. |
Definition
Let $\struct {\R^n, +, \cdot}_\R$ be a real vector space.
Let $\mathbf 0 \in \R^n$ be the zero vector.
Let $\sequence {\mathbf v_k}_{1 \mathop \le k \mathop \le n}$ be a sequence of vectors in $\R^n$.
Then $\sequence {\mathbf v_k}_{1 \mathop \le k \mathop \le n}$ is linearly dependent if and only if:
- $\ds \exists \sequence {\lambda_k}_{1 \mathop \le k \mathop \le n} \subseteq \R: \sum_{k \mathop = 1}^n \lambda_k \mathbf v_k = \mathbf 0$
where not all $\lambda_k$ are equal to $0$.
That is, it is possible to find a linear combination of $\sequence {\mathbf v_k}_{1 \mathop \le k \mathop \le n}$ which equals $\mathbf 0$.
Also see
Sources
There are no source works cited for this page. Source citations are highly desirable, and mandatory for all definition pages. Definition pages whose content is wholly or partly unsourced are in danger of having such content deleted. To discuss this page in more detail, feel free to use the talk page. |