Answer: Choice B-------------------------------------------
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The graph of f(x) is shown in the attached image. Imagine we can plot a point anywhere on this curve. Also imagine that this point can slide around as if it is a car on a roller coaster track. If the car moves to the left, then it will go downward ultimately. This indicates that
as x approaches -infinity, then y also approaches negative infinity
as

then

If you move the car to the right then it will move upward. So,
as x approaches positive infinity, then y approaches positive infinity
as

then

Combine all of this and that leads to
choice B as the final answerOne way to describe this end behavior is:
"Falls to the left and rises to the right"