Solve the system of linear equations. If the system has infinitely many solutions, describe the solution with an ordered triple in terms of variable z.
-$$\begin{aligned}
4 x - y + 3 z & = 12 \
x + 4 y + 6 z & = - 32 \
5 x + 3 y + 9 z & = 20
\end{aligned}$$
A)no solution
B)(2, -7, -1)
C)(-8, -7, 9)
D)(8, -7, -2)

Question

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The Answer of Solve the system of linear equations. If the system has infinitely many solutions, describe the solution with an ordered triple in terms of variable z.
-$$\begin{aligned}
4 x - y + 3 z & = 12 \
x + 4 y + 6 z & = - 32 \
5 x + 3 y + 9 z & = 20
\end{aligned}$$
A)no solution
B)(2, -7, -1)
C)(-8, -7, 9)
D)(8, -7, -2)

Solve the System of Linear Equations 4x−y+3z=12x+4y+6z=−325x+3y+9z=20\begin{aligned}4 x - y + 3 z & = 12 \\x + 4 y + 6 z & = - 32 \\5 x + 3 y + 9 z & = 20\end{aligned}4x−y+3zx+4y+6z5x+3y+9z​=12=−32=20​

Solve the System of Linear Equations $\begin{aligned}4 x - y + 3 z & = 12 \\x + 4 y + 6 z & = - 32 \\5 x + 3 y + 9 z & = 20\end{aligned}$