Answer:
x-intercept is (
) and y-intercept is (
)
Explanation:
How do we find the y-intercept of a function?
We solve the equation when x=0. Let's try that with

First, let's simplify it so that it resembles
more noticeably

Now let's plug in 0 for x to find the y-intercept:

How do we find the x-intercept of a function?
We solve the equation when y=0. Let's try this from the simplified equation we got (
)

We must remind ourselves that all y-intercepts have an x that is equal to 0 and that all x-intercepts have a y equal to 0.
That means that our x-intercept will be (
) and our y-intercept will be (
)
This corresponds to the 3rd option counting from the left.
Good luck!