Answer:


Explanation:
To find the x-intercepts factor the function to the simplest form:

As we can see the zeros to the function would be 1 and -3, then its:

Zero has a "multiplicity", which refers to the number of times that its associated factor appears in the polynomial. Therefore, this function has multiplicity:

For the end behavior:
down/up
As x approaches infinity f(x) approaches infinity
As x approaches -infinity f(x) approaches -infinity
