Look at h(x) = |x-9|. The vertex of this absolute value function graph is at (9,0).
Sometimes it helps to work on a simpler problem first, which is why I've introduced h(x) = |x-9|.
The vertex of g(x)=|x-9|+3 is 0+3, or 3; we translate the entire graph of g(x)=|x-9| upward by 3 units. Thus, the vertex of g(x) is (9,3).
Y=44x+290
y=-28x+290
those are the first two
Step-by-step explanation:
Given that,
The volume of gas in a container at a constant temperature varies inversely as the pressure.

We need to find pressure
.
According to question,

Putting all the values
So, the pressure is 4.26 pounds.
M.N and O are 60 degree. And you have to know that 30 60 and 90 triangle. if 30 degrees opposite is measuring A , 60 is A square root 3 and the 90's opposite is being 2A. So 90 degree opposite is 16 square root 3 and 30 degree is being 8 square root 3 and 60 is

the height is 24 .
Answer:
we need to see the plane
Step-by-step explanation:
but, its 0 -8