Thnx... I was thinking of the same logic which u have said... but then how
do we explain the below series expansion:
>>> (sin(x)/x**10).series(x,0,10)
1 1 1 1 1
──────── + ── - ──── + ────── - ─────── + O(1)
362880⋅x 9 7 5 3
x 6⋅x 120⋅x 5040⋅x
Do we say that it is like dividing each term of the sin(x) series by x**10 ?
-Gaurav
On Wed, Mar 14, 2012 at 7:44 PM, Sai Nikhil <tsnleg...@gmail.com> wrote:
> parameter 'n' was written to imply last exponent of 'x' in the expansion,
> I guess
>
> but, in second case, exp(x**2) = exp(v), where v = x**2 and so, exp(v) is
> calculated till, v**9 and substituting, v=x**2, we are getting the above
> result.
>
> this is obviously supposed to be an issue, and if Mr.Aaron permits, I'll
> try to submit a suitable patch for this ...
>
>
> *-thanks ,*
> *Sai Nikhil.T <http://www.tsndiffopera.in>*
>
>
> *1*
>
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--
Gaurav Sathe
-Student at BITS Pilani - Goa Campus
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