# Quiz: Bases and Dimension

### Question 1

1 point

Given the linearly independent set of vectors $\left\{\phantom{\rule{5px}{0ex}}\left[\begin{array}{cc}0& 6\\ 10& 2\end{array}\right],\left[\begin{array}{cc}4& 0\\ 2& 1\end{array}\right]\phantom{\rule{5px}{0ex}}\right\}\phantom{\rule{3pt}{0ex}}$ in ${\mathit{M}}_{2×2}\left(ℝ\right)\phantom{\rule{0pt}{0ex}}$, find two additional vectors such that the 4 vectors form a basis for ${\mathit{M}}_{2×2}\left(ℝ\right)\phantom{\rule{0pt}{0ex}}$,

Enter your answers in the form  $\left[\begin{array}{cc}\mathit{a}& \mathit{b}\\ \mathit{c}& \mathit{d}\end{array}\right]\phantom{\rule{0pt}{0ex}}$. Please separate your two vectors with a comma.

HintPenalty
How to Enter Tow Matrices0.0
Entering Two Matrices0.0