To find which of the given options is an ordered pair of the relation, we need to substitute the x-value into the equation and see if it results in the corresponding y-value.
For option (3,4):
When x = 3,
y = -2/3(3) + 6
y = -2 + 6
y = 4
4 is the correct corresponding y-value for x = 3, so (3,4) is an ordered pair of the relation.
For option (3,8):
When x = 3,
y = -2/3(3) + 6
y = -2 + 6
y = 4
8 is not the correct corresponding y-value for x = 3, so (3,8) is not an ordered pair of the relation.
For option (0, -2/3):
When x = 0,
y = -2/3(0) + 6
y = 0 + 6
y = 6
-2/3 is not the correct corresponding y-value for x = 0, so (0, -2/3) is not an ordered pair of the relation.
For option (1,4):
When x = 1,
y = -2/3(1) + 6
y = -2/3 + 6
y ≈ 5.67
4 is not the correct corresponding y-value for x = 1, so (1,4) is not an ordered pair of the relation.
Therefore, the only ordered pair that is part of the relation is (3,4).
Which of the following is an ordered pair of the relation
y=-2/3+6
(3,4)
(3,8)
(0,-2/3)
(1,4)
1 answer
1 answer