HELP. I’m stuck in this problem.

Replace P(t) and N(t) in the fraction with their expressions, and write each radical as a fractional power. Then simplify.

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It would have been nice if the problem stated what x represented but you can still do the division.
 
It would have been nice if the problem stated what x represented but you can still do the division.
To put that another way, they presumably meant to use t in place of x in the expressions. How did I miss that?
 
It would help you to know that \(\displaystyle \sqrt[n]{x}= x^{1/n}\) and that \(\displaystyle \frac{x^a}{x^b}= x^{a-b}\).

Here, of course, my "x" is your "3x+ 2".
 
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