is (x, y) a correct solution for the system of equations?
directions: substitute the x and y - coordinates into each equation. determine if the coordinates work for both equations (meaning it is a correct solution). if the coordinates do not work, then it is not a correct solution to the system. circle the correct selection for each problem.
- (1,3)
$2x + y = 5$
$-2x + y = 1$
yes, (1, 3) is a correct solution to the system.
no, (1, 3) is not a correct solution to the system.
- (4,0)
$x - 2y = 4$
$3x + y = 6$
yes, (4, 0) is a correct solution to the system.
no, (4, 0) is not a correct solution to the system.
- (2,4)
$-3x + 2y = 2$
$y = -3x - 2$
yes, (2, 4) is a correct solution to the system.
no, (2, 4) is not a correct solution to the system.
- (-3,8)
$x - 2y = -19$
$5x + 2y = 1$
yes, (-3, 8) is a correct solution to the system.
no, (-3, 8) is not a correct solution to the system.
- (4,5)
$y = \\frac{1}{2}x + 5$
$y = 4x - 3$
yes, (4, 5) is a correct solution to the system.
no, (4, 5) is not a correct solution to the system.