SOLUTION: Solve the simultaneous linear equations using determinants. 2x – 3y = 5 3x + 7y = -2

Algebra.Com
Question 110416: Solve the simultaneous linear equations using determinants.
2x – 3y = 5
3x + 7y = -2
Answer by Nihat Routsong(11)   (Show Source): You can put this solution on YOUR website!
Solved by pluggable solver: Linear System solver (using determinant)
Solve:


Any system of equations:


has solution

or



(x=1.26086956521739, y=-0.826086956521739}
RELATED QUESTIONS

Solve the system of simultaneous equations, using the method of determinants (Cramer’s... (answered by ikleyn)
Solve the equations by using elimination method and Use determinants to solve systems of... (answered by Theo)
Solve these simultaneous equations using a algebric method 3x+7y=18 x+2y=5 x= (answered by sprolden,b_howie)
Solve the given system of equations by determinants. 2x-2y-5=0... (answered by richwmiller,ikleyn)
Using matrix method solve the following simultaneous equations 4x + 2y = 2 5x +... (answered by greenestamps,josgarithmetic)
Solve this set of linear equations using the substitution method. Be sure to show all... (answered by MathLover1,MathTherapy)
COULD SOME ONE HELP? SOLVE EACH SYSTEM OF SIMULTANEOUS EQUATIONS BY USING THE LINEAR... (answered by stanbon)
Solve the system of linear equations -2x+4y-z =8 x+7y+2z=5 3x+3y+3z=-3 PLZ... (answered by mananth)
Solve the following system of linear equations using matrices : 2X + 3Y + 3Z = 5 X – (answered by Alan3354)