From the given figure
We have a curve that decreases on the left part until getting the minimum vertex (-2, 0), then increases until getting the maximum point (2, 4), then decreasing again
The local minimum is (-2, 0) the minimum value is 0
The local maximum is (2, 4) the maximum value is 4
The zeroes of the graph are the point of intersection between the curve and the x-axis
Since the curve intersects the x-axis at points (-2, 0) and (4, 0), then
The roots are -2 and 4
The domain is the values of x
Since the graph moves from left - infinity to right infinity, then the domain is
![D=\rbrack-\infty,\infty\lbrack](https://img.qammunity.org/2023/formulas/mathematics/college/cq2pziar7x90qj9b2ig43mbfsip5ecnumr.png)
The range is the values of y corresponding to x
Since the graph moves up and down from - infinity to infinity, then
![R=\rbrack-\infty,\infty\lbrack](https://img.qammunity.org/2023/formulas/mathematics/college/gfccacuwsmbw6byy5cm2ci5e4nv9pntzwi.png)
Let us find its end behavior
Since the part of the left side is decreasing and the part of the right side is also decreasing, then
The behavior is
![\begin{gathered} x\rightarrow-\infty,f(x)\rightarrow\infty \\ x\rightarrow\infty,f(x)\rightarrow-\infty \end{gathered}](https://img.qammunity.org/2023/formulas/mathematics/college/ekug2xqhim70ipucjpp8hkhrhxk2mbp6yj.png)
The degree of the function is odd because the greatest power for this graph is 3