Let $S = \{v_1,v_2,\dots ,v_r\}$ be a nonempty set of vectors in an $n$- dimensional vector space $V$.
Prove that if the vectors in $S$ span $V$, then the coordinate vectors $(v_1)S, (v_2)S,\ldots, (v_r)S$ span $R_n$, and conversely.
Let $S = \{v_1,v_2,\dots ,v_r\}$ be a nonempty set of vectors in an $n$- dimensional vector space $V$.
Prove that if the vectors in $S$ span $V$, then the coordinate vectors $(v_1)S, (v_2)S,\ldots, (v_r)S$ span $R_n$, and conversely.
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