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The inverse of an ordered pair (a,b) is the pair (b,a). So you simply switch the order.
2y = 4x - 16 5y = 4x + 8 Subtract the first equation from the second: 3y = 24 so that y = 8 Substitute this into the first equation: 16 = 4x - 16 ie 32 = 4x so that x = 8 So the solution is (8, 8)
x = 2y - 23x - y = 143(2y - 2) - y = 146y - 6 - y = 145y - 6 = 145y = 20y = 4x = 2(4) - 2x = 8 - 2x = 6The ordered pair is (6,4).
(9,7) by Kayla hamilton
The ordered pair is (6, 3).
(1,-2)
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4x+6y=62 -6x+6y=-18 what is the ordered pair
(5,3)
The lines intersect at (3, 5)
x = 1 and y = 6 so the lines intersect at the point (1, 6)
It is the infinite set of points of the form [x, (4x+9)/7] for all value of x in its domain.
It is: x = -3 and y = -6 or as (-3, -6)
Given the ordered pair (3, y), what value of ywould make the ordered pair a solution of the equation 4x − 2y = 24?12
The inverse of an ordered pair (a,b) is the pair (b,a). So you simply switch the order.
Do you mean: 4x+7y = 47 and 5x-4y = -5 Then the solutions to the simultaneous equations are: x = 3 and y = 5