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Solve the system by substitution.

{:[-6x-5y=-8],[y=-2x]:}

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Solve the system by substitution.\newline6x5yamp;=8yamp;=2x \begin{aligned} -6 x-5 y & =-8 \\ y & =-2 x \end{aligned} \newline(,) (\square, \square)

Full solution

Q. Solve the system by substitution.\newline6x5y=8y=2x \begin{aligned} -6 x-5 y & =-8 \\ y & =-2 x \end{aligned} \newline(,) (\square, \square)
  1. Identify Equation: Identify the equation that can be easily substituted.\newlineThe second equation y=2xy = -2x is already solved for yy, which makes it easy to substitute into the first equation.
  2. Substitute yy: Substitute y=2xy = -2x into the first equation.\newlineThe first equation is 6x5y=8-6x - 5y = -8. We can substitute yy with 2x-2x to get 6x5(2x)=8-6x - 5(-2x) = -8.
  3. Simplify and Solve: Simplify and solve for xx. Simplifying the equation gives us 6x+10x=8-6x + 10x = -8, which simplifies further to 4x=84x = -8. Dividing both sides by 44 gives us x=8/4x = -8 / 4, which simplifies to x=2x = -2.
  4. Substitute xx: Substitute x=2x = -2 back into the second equation to solve for yy. Substituting xx into y=2xy = -2x gives us y=2(2)y = -2(-2), which simplifies to y=4y = 4.
  5. Write Solution: Write the solution as an ordered pair.\newlineThe solution to the system of equations is (x,y)=(2,4)(x, y) = (-2, 4).

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