SOLUTION: solve each system by using an augmented matrix. the answer cannot be no solution. x+y+z=-2 2x-y-z=-1 3x+2y+4z=-15 the answers should be x=-1 y=4 z=-5 please show steps of solu

Algebra.Com
Question 666698: solve each system by using an augmented matrix. the answer cannot be no solution.
x+y+z=-2
2x-y-z=-1
3x+2y+4z=-15
the answers should be x=-1 y=4 z=-5
please show steps of solution

Answer by ewatrrr(24785)   (Show Source): You can put this solution on YOUR website!
 
Hi,
solve each system by using an augmented matrix. the answer cannot be no solution.
x+y+z=-2
2x-y-z=-1
3x+2y+4z=-15
the answers should be x=-1 y=4 z=-5
please show steps of solution

solution


RELATED QUESTIONS

solve each system by using an augmented matrix. the answer cannot be no solution.... (answered by solver91311)
solve each system by using an augmented matrix. x-2y+z=9 3x+y=1... (answered by swincher4391)
solve the system of equations by augmented matrix: 2x-y+z=1 x-y+z=-1... (answered by Jk22)
Solve the system using an augmented matrix. Show you work 5x + 4y - z = 1 2x - 2y +... (answered by Edwin McCravy)
Solve the system using augmented matrix. Show your work. 5x + 4y - z= 1 2x - 2y + z=... (answered by Edwin McCravy)
Solve the following system equation using inverse matrix. x + y + z = 2 3x + 2y – 2z... (answered by Edwin McCravy)
solve each system by using an augmented matrix. x+y+z=0 x-y+z=0... (answered by DrBeeee)
write the system of equations as an augmented matrix -2x-5y-z=-3 4x+2y-4z=-1... (answered by jim_thompson5910)
Solve the system by using an augmented matrix. {{{system(5x+y=1, 3x-2y=24)}}} (answered by Edwin McCravy)