The vertex of the graph is f(x) = |x-3|+6 is located at

There is a very great website called Desmos that can efficiently graph any equation. I think it will help a lot :)

Since this function is an absolute value, then it would look like a V shape on a graph. The vertex will always start at (0,0). Inside the absolute value x is subtracted by 3 which means the vertex will move to the right by 3 units. The entire function is added by 6 which means the vertex will move up by 6 units. I've attached a graph showing the final vertex of f(x)=-|x-3|+6 which is (3,6)

Hope This Helps :)

Hello there!

Ok, so what we need to do is to rewrite it in standard form and use the form to find the vertex.

So, the question is asking where the vertex of the graph is located.

I graphed it and it is located on (3.6)

Check the picture below....
Credit to my graphing calculator.

 

The correct answer would be the function g(x) increased at a faster rate

What class is this? i have no idea and i'm not going to give you the wrong answer. do you have a graph that goes with all the questions