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From: Aritram D. <ari...@gm...> - 2020-11-03 06:16:54
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Sorry, I stated the problem in a different way. As of now, I have the coefficients of the power series as a sequence of integers and we are trying to compute the closed form of the nth coefficient say a(n). On the other hand, I have the nth term of the infinite series which is n*(2^(n-3)) (=b(n)). I have to prove a(n) ~ b(n). I am sorry I cannot state the exact problem since I am working on it as part of an undergraduate research project. Can this be done using Maxima? Thanks! Aritram On Tue, Nov 3, 2020 at 11:18 AM Richard J. Fateman <fa...@gm...> wrote: > On November 2, 2020, at 9:28 PM, Aritram Dhar <ari...@gm...> > wrote: > > > > > > >Do you actually have an assignment that says "use Maxima for Asymptotic > >Analysis"? > >Can you share a bit more about this? > > > >Yes, I have to use either Maxima or Axiom. So, I thought of using > Maxima. > > > >If you do load(asympa) the function asymp() is loaded. > >You can read the file itself for some comments in the function. > > > >In the manual, the comments section under functions and variables for > asympa is empty. > > > >Interesting. There's a comment in the source asympa.texi that says no > content has been written for the functions and variables of asympa. I guess > no one got around to writing this. > > > >Yes, I also think this is the case. Can you please elaborate on some > comments about the function asymp()? > > > >Do you expect to simplify expressions with O() and o()? > > > >Or are you interested in asymptotic series etc? > > > >I want to prove that a power series is asymptotically equal to another > infinite series. > > That isn't what asympa is for. > Maybe state your actual homework problem. > > > > >Thanks! > > > >Aritram > > > >On Tue, Nov 3, 2020 at 5:11 AM Raymond Toy <toy...@gm...> wrote: > > > >On Mon, Nov 2, 2020 at 2:53 PM Aritram Dhar <ari...@gm...> > wrote: > > > >Hello all, > > > >I am new to Maxima and have to use it for Asymptotic Analysis. For > reference, I went through the Maxima manual on the website but noticed that > under the "Functions and variables for asympa" section of the asympa > package, there is a complete blank and the section is empty. Can someone > help me out with this? It's a bit urgent. Thank you! > > > >Interesting. There's a comment in the source asympa.texi that says no > content has been written for the functions and variables of asympa. I > guess no one got around to writing this. > > > >Aritram > > > >_______________________________________________ > >Maxima-discuss mailing list > >Max...@li... > >https://lists.sourceforge.net/lists/listinfo/maxima-discuss > > > >-- > > > >Ray > > > |