Respuesta :
Table #1:
Using the first two points (2,1) and (5,3)
You get (x-2)/3 = (y-1)/2
But then the 3rd point (8,7) does not work, so this is not linear.
Table #2
Using the first two points (1,10) and (2,13)
You get x-1 = (y-10) /3
But then the 3rd point (3,18) does not work so this is also not linear.
Table #3
Using the first two points (2,1) and (4,6)
You get x-2 /2 = y-1 /5
And all the other points will work with this, which makes this table linear.
Rewrite the equation to get y = 5/2x-4
Table #1:
Using the first two points (2,1) and (5,3)
You get[tex](x-2)/3 = (y-1)/2[/tex]
But then the 3rd point (8,7) does not work, so this is not linear.
Table #2
Using the first two points (1,10) and (2,13)
You get [tex]x-1 = (y-10) /3[/tex]
But then the 3rd point (3,18) does not work so this is also not linear.
Table #3
Using the first two points (2,1) and (4,6)
You get [tex](x-2) /2 = (y-1) /50[/tex]
And all the other points will work with this, which makes this table linear.
Rewrite the equation to get y = 5/2x-4.
How do you determine a linear function?
Writing Linear Functions With the Slope and an Ordered Pair
- Find the y-intercept by substituting the slope and ordered pair (input, output) into f ( x ) = m x + b and solving for.
- Substitute the slope and y-intercept into the function.
Learn more about linear function here: https://brainly.com/question/15602982
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