Can someone explain/show me how to do this? absolute value functions
parent function: f(x)=|x|
it asks for characteristics:
domain , range, x-int, y-int
increasing, decreasing
then transformations f(x) = f(x)=a|(x-b)| + c
a: b: c: -a:

Domain: -∞<x<∞
Range: -∞<x<∞
X-Intercept: x=0
Y-Intercept: y=0
Increasing on the interval of 0<x<∞
Decreasing on the interval of -∞<x<0

When A=0, the graph equals y=0
- When A is greater than 1, it makes the graph skinnier than f(x)=|x|
- When A is less than 1 but greater than 0, it makes the graph fatter than f(x)=|x|
- When A turns negative, it flips the graph upside down. 

-When B is greater than 0, it translates the graph to the right
- When B is less than 0, it translates the graph to the left

When C is greater than 0, the graph moves upwards
When C is less than 0, the graph moves downwards

b

step-by-step explanation: sorry if not correct becaude my brother is loud and i could not think!