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: simplify(convert(int(x/sqrt(x^4+10*x^2-96*x-71),x),radical));
: The answer also contains "EllipticF" and "EllipticPi". So Maple also does not understand that antiderivative for x/sqrt(x^4+10*x^2-96*x-71) can be written using elementary
: Do you agree with my argumentation?
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:: What the original writer of the article was ''trying'' to say is probably correct. What the article is really saying (i.e. that no system can find an antiderivative---no mention of elementary functions) is incorrect (Mathematica does find an antiderivative, but not in terms of elementary functions). This article needs a big cleanup, but I dare not touch it because this is a very complicated mathematical topic that I know nothing about (I came here to learn a little about it :) ). If you are familiar with the topic, it would be great if you cleaned it up a bit (and made it more precise)! <small>—Preceding [[Wikipedia:Signatures|unsigned]] comment added by [[Special:Contributions/83.166.219.47|83.166.219.47]] ([[User talk:83.166.219.47|talk]]) 15:41, 6 June 2008 (UTC)</small><!-- Template:UnsignedIP --> <!--Autosigned by SineBot-->
:::Just FYI, this is how complex this is: https://math.stackexchange.com/questions/681893/how-to-integrate-int-fracx-sqrtx410x2-96x-71dx Stackexchange cannot be used on wikipedia though. [[Special:Contributions/109.252.90.67|109.252.90.67]] ([[User talk:109.252.90.67|talk]]) 03:54, 28 November 2021 (UTC)
::::This craziness can be finally solved by Mathematica 13: https://www.wolframcloud.com/obj/d9af14f6-3b98-43c4-b996-11dedc9d9f10 [[Special:Contributions/2A00:1370:812D:5272:8FD:D915:7268:189C|2A00:1370:812D:5272:8FD:D915:7268:189C]] ([[User talk:2A00:1370:812D:5272:8FD:D915:7268:189C|talk]]) 16:55, 11 December 2021 (UTC)
== Unsolved Integral ==
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