Ok so I am a little stuck on this question, I need to test this series using only the standard comparison test. I can't compare it to can I?
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Since , you can compare this series to . If you use partial fractions, you should find that this series is telescopic...
Thanks, also what about
I would use the integral test, because I can see that is easily evaluated. . So the series is divergent.
Last edited by Prove It; May 20th 2011 at 10:44 PM.
We can't unfortunately. Only the comparison test and the arithmetic, geometric, harmonic series and series. I let n= and got which is geometric and converges. But I'm not at all confident with that.
Ok that gives me something to go off I will try and figure out to see if I can show it is divergent somehow
Ok I think I got it. which diverges so must diverge. Does this sound right?
Ho do you know that ?
For
OK I agree with your comparison then
Thanks a lot you were a real help
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