(Solved) Use the method of matrix reduction (demonstrated in class) to solve the following systems of equations. Indicate explicitly whenever a particular
Question: Use the method of matrix reduction (demonstrated in class) to solve the following systems of equations. Indicate explicitly whenever a particular system of equations has no solution or has infinitely many solutions. Show all work.
\(x+3 y+3 z=-1\)
\(x+y=1\)
\(x+2 y+z=0\)
Deliverable: Word Document 
![[Step-by-Step] Use the method of matrix reduction](/images/solutions/MC-solution-library-68674.jpg "[Step-by-Step] Use the method of matrix reduction (demonstrated in")
[Step-by-Step] Use the method of matrix reduction (demonstrated in
![[Step-by-Step] Use the method of matrix reduction](/images/solutions/MC-solution-library-68675.jpg "[Step-by-Step] Use the method of matrix reduction (demonstrated in")
[Step-by-Step] Use the method of matrix reduction (demonstrated in
![[Solution] Let's define matrices A, B and](/images/solutions/MC-solution-library-68676.jpg "[Solution] Let's define matrices A, B and I as follows:")
[Solution] Let's define matrices A, B and I as follows:
![[All Steps] Let X=(lx , y) and](/images/solutions/MC-solution-library-68677.jpg "[All Steps] Let X=(lx , y) and let A, B and I be defined exactly")
[All Steps] Let X=(lx , y) and let A, B and I be defined exactly
(Solution Library) Let A and X be defined exactly as in problems 1
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