-10x+4+y=4 use the function rule to complete the table x -2 -1 0 1 2 y _ _ _ _ _

(-2, -16) (-1 , -6) (0 , 4) (1 , 14) (2 , 24)

To complete the table, we can substitute the given values of x into the equation and solve for y.

Let's start with the first value of x, which is -2:
-10(-2) + 4 + y = 4

Simplifying, we get:
20 + 4 + y = 4

Combining like terms, we have:
24 + y = 4

To isolate y, we subtract 24 from both sides:
y = 4 - 24

Evaluating the expression, we find:
y = -20

So, the value of y when x is -2 is -20.

Now we can repeat the process for the remaining values of x:
For x = -1:
-10(-1) + 4 + y = 4
10 + 4 + y = 4
14 + y = 4
y = 4 - 14
y = -10

For x = 0:
-10(0) + 4 + y = 4
0 + 4 + y = 4
4 + y = 4
y = 4 - 4
y = 0

For x = 1:
-10(1) + 4 + y = 4
-10 + 4 + y = 4
-6 + y = 4
y = 4 + 6
y = 10

For x = 2:
-10(2) + 4 + y = 4
-20 + 4 + y = 4
-16 + y = 4
y = 4 + 16
y = 20

Let's complete the table:

x | -2 | -1 | 0 | 1 | 2
y | -20| -10| 0 | 10| 20

To complete the table using the function rule, we need to substitute each value of x into the equation and solve for y.

Given the equation: -10x + 4 + y = 4

Let's substitute the given values of x into the equation:

For x = -2:
-10*(-2) + 4 + y = 4
20 + 4 + y = 4
24 + y = 4

To solve for y, we can isolate it on one side of the equation:
y = 4 - 24
y = -20

For x = -1:
-10*(-1) + 4 + y = 4
10 + 4 + y = 4
14 + y = 4

Solving for y:
y = 4 - 14
y = -10

For x = 0:
-10*0 + 4 + y = 4
0 + 4 + y = 4
4 + y = 4

Solving for y:
y = 4 - 4
y = 0

For x = 1:
-10*1 + 4 + y = 4
-10 + 4 + y = 4
-6 + y = 4

Solving for y:
y = 4 + 6
y = 10

For x = 2:
-10*2 + 4 + y = 4
-20 + 4 + y = 4
-16 + y = 4

Solving for y:
y = 4 + 16
y = 20

Completing the table, we have:

x | y
---------
-2 | -20
-1 | -10
0 | 0
1 | 10
2 | 20