Series test for convergence/divergence
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05-11-2018, 04:25 PM
Post: #8
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RE: Series test for convergence/divergence
Hi Parisse,
I see that the value of the main term is n^(-3/2) but I don't know the connection between that and whether the series converges or diverges. I guess what I'm asking is, if I apply the series command to some function, what am I looking for in the output to see if the series converges or diverges? I tried some different series that I know are convergent and divergent, but I couldn't see a pattern in the output that helped me connect the two. Thank you for your time. |
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Messages In This Thread |
Series test for convergence/divergence - DrD - 05-09-2018, 11:15 AM
RE: Series test for convergence/divergence - parisse - 05-09-2018, 12:33 PM
RE: Series test for convergence/divergence - DrD - 05-10-2018, 08:25 AM
RE: Series test for convergence/divergence - parisse - 05-10-2018, 01:31 PM
RE: Series test for convergence/divergence - DrD - 05-10-2018, 02:09 PM
RE: Series test for convergence/divergence - parisse - 05-11-2018, 03:30 PM
RE: Series test for convergence/divergence - DrD - 05-11-2018, 04:17 PM
RE: Series test for convergence/divergence - Benjer - 05-11-2018 04:25 PM
RE: Series test for convergence/divergence - toshk - 05-11-2018, 06:28 PM
RE: Series test for convergence/divergence - parisse - 05-11-2018, 06:56 PM
RE: Series test for convergence/divergence - Benjer - 05-11-2018, 11:17 PM
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