Primitive with Cebisev's subtitution
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Can somebody give me some tips on how to determine the primitive of $frac{x^{23}}{x^{32}+1} dx$, please?
Sorry for not using latex but I'm writing on the phone and I can't see the editor. I tried using Cebisev's subtitution and I get $t=x^{17/2}$ and I don't know what to do after. Can somebody help me please? And sorry for the bad writing.
calculus integration
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add a comment |
$begingroup$
Can somebody give me some tips on how to determine the primitive of $frac{x^{23}}{x^{32}+1} dx$, please?
Sorry for not using latex but I'm writing on the phone and I can't see the editor. I tried using Cebisev's subtitution and I get $t=x^{17/2}$ and I don't know what to do after. Can somebody help me please? And sorry for the bad writing.
calculus integration
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1
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I suggest substituting $t=x^8$ instead, then use Integrate rational function $frac{x^2}{1+x^4}$.
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– projectilemotion
Jan 13 at 22:49
add a comment |
$begingroup$
Can somebody give me some tips on how to determine the primitive of $frac{x^{23}}{x^{32}+1} dx$, please?
Sorry for not using latex but I'm writing on the phone and I can't see the editor. I tried using Cebisev's subtitution and I get $t=x^{17/2}$ and I don't know what to do after. Can somebody help me please? And sorry for the bad writing.
calculus integration
$endgroup$
Can somebody give me some tips on how to determine the primitive of $frac{x^{23}}{x^{32}+1} dx$, please?
Sorry for not using latex but I'm writing on the phone and I can't see the editor. I tried using Cebisev's subtitution and I get $t=x^{17/2}$ and I don't know what to do after. Can somebody help me please? And sorry for the bad writing.
calculus integration
calculus integration
edited Jan 13 at 22:39
projectilemotion
11.4k62141
11.4k62141
asked Jan 13 at 22:26
GaboruGaboru
877
877
1
$begingroup$
I suggest substituting $t=x^8$ instead, then use Integrate rational function $frac{x^2}{1+x^4}$.
$endgroup$
– projectilemotion
Jan 13 at 22:49
add a comment |
1
$begingroup$
I suggest substituting $t=x^8$ instead, then use Integrate rational function $frac{x^2}{1+x^4}$.
$endgroup$
– projectilemotion
Jan 13 at 22:49
1
1
$begingroup$
I suggest substituting $t=x^8$ instead, then use Integrate rational function $frac{x^2}{1+x^4}$.
$endgroup$
– projectilemotion
Jan 13 at 22:49
$begingroup$
I suggest substituting $t=x^8$ instead, then use Integrate rational function $frac{x^2}{1+x^4}$.
$endgroup$
– projectilemotion
Jan 13 at 22:49
add a comment |
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$begingroup$
I suggest substituting $t=x^8$ instead, then use Integrate rational function $frac{x^2}{1+x^4}$.
$endgroup$
– projectilemotion
Jan 13 at 22:49