SOLUTION: Given that (3, 2, –6) and (–2, 5, 1) are solutions of two equations in a system of three linear equations, which of the following is true about the system?
a.The system can only b
Algebra.Com
Question 1081772: Given that (3, 2, –6) and (–2, 5, 1) are solutions of two equations in a system of three linear equations, which of the following is true about the system?
a.The system can only be consistent and independent.
b.The system can be either inconsistent and independent or consistent and dependent.
c.The system can be either inconsistent and dependent or consistent and independent.
d.The system can only be inconsistent and dependent.
Answer by ikleyn(52781) (Show Source): You can put this solution on YOUR website!
.
For me, it is a joke problem.
RELATED QUESTIONS
Given that (3, 2, –6) and (–2, 5, 1) are solutions of two equations in a system of three... (answered by Edwin McCravy)
Suppose you need to solve a system of equations in which both equations... (answered by sofiyac)
what is k if the following system of equations has a unique solution:
2x+(k-1)y=6... (answered by stanbon)
Which of the following statements is true about the given system of linear equations?
–x (answered by mananth)
PLEASE I NEED ANSWERS
1. Solve the following system. Verify the solution.
y = 4x... (answered by josgarithmetic)
y= 3
y= ax^2 + b
In the system of equations above, a and b are constants. For which of... (answered by josgarithmetic,solver91311)
Part 1:
Suppose you need to solve a system of equations in which one equation... (answered by Theo)
Determine which ordered pairs are solutions to the given system of equations. State... (answered by stanbon)
The coordinates below represent two linear equations.
The coordinates below represent... (answered by MathLover1)