Use the Gauss-Jordan Method to Solve the System of Equations$$\begin{array} { c }
- 4 x - 7 y - z = - 67 \
x + 6 y - 2 z = 20 \
9 x + y + z = 67
\end{array}$$

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Use the Gauss-Jordan Method to Solve the System of Equations$$\begin{array} { c } 
- 4 x - 7 y - z = - 67 \
x + 6 y - 2 z = 20 \
9 x + y + z = 67
\end{array}$$

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The Answer of Use the Gauss-Jordan Method to Solve the System of Equations$$\begin{array} { c } 
- 4 x - 7 y - z = - 67 \
x + 6 y - 2 z = 20 \
9 x + y + z = 67
\end{array}$$

Use the Gauss-Jordan Method to Solve the System of Equations $\begin{array} { c } - 4 x - 7 y - z = - 67 \\x + 6 y - 2 z = 20 \\9 x + y + z = 67\end{array}$

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Use the Gauss-Jordan Method to Solve the System of Equations −4x−7y−z=−67x+6y−2z=209x+y+z=67\begin{array} { c } - 4 x - 7 y - z = - 67 \\x + 6 y - 2 z = 20 \\9 x + y + z = 67\end{array}−4x−7y−z=−67x+6y−2z=209x+y+z=67​

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Use the Gauss-Jordan Method to Solve the System of Equations $\begin{array} { c } - 4 x - 7 y - z = - 67 \\x + 6 y - 2 z = 20 \\9 x + y + z = 67\end{array}$

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