Find the value of the missing coordinate that makes the ordered pair a solution to the equation.
-y = 4x - 13 (-5, y)
A) ( -5, -7)
B) (-5, 7)
C) (-5, -33)
D) (-5, -20)

Name: Find the value of the missing coordinate that makes the ordered pair a solution to the equation. -y = 4x - 13 (-5, y) A) ( -5, -7) B) (-5, 7) C) (-5, -33) D) (-5, -20)
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Question

Find the value of the missing coordinate that makes the ordered pair a solution to the equation.
-y = 4x - 13 (-5, y) 
A) ( -5, -7)
B) (-5, 7)
C) (-5, -33)
D) (-5, -20)

Quizplus · Accepted Answer

To find the value of $y$ when $x = -5$, substitute $-5$ for $x$ in the equation $y = 4x - 13$. This gives $y = 4(-5) - 13 = -20 - 13 = -33$.

Find the Value of the Missing Coordinate That Makes the Ordered