Part 1
For this question we need to remember that the range is defined as:
![\text{Range}=\text{Max}-Mi](https://img.qammunity.org/2023/formulas/mathematics/college/tk4oewquij24c3z3xk5mkbqdiwjrwhw8tu.png)
And if we look at the function we see that Min =0 and Max= 5 so then we have:
![\text{Range}=5-0=5](https://img.qammunity.org/2023/formulas/mathematics/college/pyz4ys9ywlr0l6z2xusdk5js4wd9obomfk.png)
And the range represent the lenght of the codomain of a function
Part 2
The domain for this case is given by:
![\text{Domain}=\left\lbrack -4,4\rbrack\right?](https://img.qammunity.org/2023/formulas/mathematics/college/zic8bqtwleex6n1z19kem4dm284d0fd9lb.png)
And it represent all te possible values of x that the function can assume
Part 3
For this case we identify two intervals where the height is increasing:
[-4,-2] and [0,4]
But the longest interval is :[0,4]
Part 4
The x intercept represent the values when the function satisfy that y=0 and we have:
x intercepts: x=-4, x=0
Part 5
The average rate of change between [-4,4] is given by:
![m=(3-0)/(4-(-4))=(3)/(8)](https://img.qammunity.org/2023/formulas/mathematics/college/rgdx3t4x3gs88qk2yg9kczkylawoh1nmsr.png)
And then the answer for this case would be 3/8