Re: factoring higher degree questions
- From: "BemusedbyQM" <groover892002@xxxxxxxxxxx>
- Date: Thu, 20 Oct 2005 07:33:19 GMT
"russiandon" <donalexpop@xxxxxxxxxxx> wrote in message
news:1129759263.113215.132630@xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
> AND PLEASE EXPLAIN
can you be more specific? if you're talking about polynomials, then one way
is to find the roots of it by finding the eigenvalues of its associated
companion matrix, the factored polynomial is then as usual given by the
product of the radicals. this method can factorise polynomials of any
degree.
>
.
- Follow-Ups:
- Re: factoring higher degree questions
- From: JohnCreighton_
- Re: factoring higher degree questions
- References:
- factoring higher degree questions
- From: russiandon
- factoring higher degree questions
- Prev by Date: factoring higher degree questions
- Next by Date: int(1/(1+x)^2/(1+k*x^(m+1)), x, 0, inf) with m>0 and k>0
- Previous by thread: factoring higher degree questions
- Next by thread: Re: factoring higher degree questions
- Index(es):
Relevant Pages
|