To solve the system of equations:
- \(-4x + 6y = 38\)
- \(x - 5y = -20\)
Let's first solve the second equation for \(x\):
\[x = 5y - 20\]
Now, substitute this expression for \(x\) into the first equation:
\[-4(5y - 20) + 6y = 38\]
Distributing \(-4\):
\[-20y + 80 + 6y = 38\]
Combine like terms:
\[-20y + 6y + 80 = 38\]
\[-14y + 80 = 38\]
Now, isolate \(y\):
\[-14y = 38 - 80\] \[-14y = -42\] \[y = \frac{-42}{-14} = 3\]
Now that we have \(y\), we can find \(x\) using the expression we found earlier:
\[x = 5(3) - 20\]
\[x = 15 - 20\]
\[x = -5\]
So the solution to the system of equations is \((-5, 3)\).
Thus, the correct response is:
\((−5, 3)\)