11. which description of transformations yields the
equation f(x) = |x +3| – 2 from its parent function
of f(x) = |x|?

includes: 1) a vertical shift downwards of "2" units, and 2) a horizontal shift to the left of 3 units.

Step-by-step explanation:

Let's recall the rules for transforming functions via horizontal and vertical shifts of their graphs, and pay particular attention at the operations involved in the transformation of the function leading to: .

We notice that the transformation added 3 units to the variable "x", and we also notice that there is a subtraction of 2 units to the full absolute value function. We therefore look for such changes in the list of vertical and horizontal shifts:

1) In order to shift the graph of a function vertically c units upwards, we must transform  f (x) by adding c to it.

2) In order to shift the graph of a function vertically c units downwards, we must transform  f (x) by subtracting c from it.

3) In order to shift the graph of a function horizontally c units to the right, we must transform the variable x by subtracting c from x.

4) In order to shift the graph of a function horizontally c units to the left, we must transform the variable x by adding c to x.

So we can conclude that the resulting function includes: 1) a vertical shift downwards of "2" units, and 2) a horizontal shift to the left of 3 units.

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idk lol

step-by-step explanation: