Now I have known what you mean, and how to use the link?

I open the web you have mentioned, and then copy all of it(I am not sure is it right, what I did) into Maple, but the procedure will stop there and do nothing, even though I cannot close it.

I am realy ashamed of asking you so many Qs.

Thank you very much.

Now I have known what you mean, and how to use the link?

I open the web you have mentioned, and then copy all of it(I am not sure is it right, what I did) into Maple, but the procedure will stop there and do nothing, even though I cannot close it.

I am realy ashamed of asking you so many Qs.

Thank you very much.

I did the sample in muller.pdf, as follows

p := proc (x) options operator, arrow; x^5+11*x^4-21*x^3-10*x^2-21*x-5 end proc

r1 := muller(p, -13, -12, -11, 0.1e-2, 100, r1)

Error, recursive assignment

I did the sample in muller.pdf, as follows

p := proc (x) options operator, arrow; x^5+11*x^4-21*x^3-10*x^2-21*x-5 end proc

r1 := muller(p, -13, -12, -11, 0.1e-2, 100, r1)

Error, recursive assignment

Yes,it is the same sample as I mentioned before.

But if you use it, there is error.

How to solve it?

Thank you

Yes,it is the same sample as I mentioned before.

But if you use it, there is error.

How to solve it?

Thank you

I am using Maple 12, in the help pages I can find as follows,Muller's method
 

Muller's method for finding a root of the equation
                                  f(x) = 0
 generalizes Newton's method by replacing
                                    f(x)
 by a quadratic polynomial (a parabola) through the three points
                           (x[k - 2], f(x[k - 2]))
,
                           (x[k - 1], f(x[k - 1]))
 and
                               (x[k], f(x[k]))
, then taking as
                                  x[k + 1]
 the zero (there are two) that is closest to
                                    x[k]
. An advantage of this method is that it can converge to a real root through a sequence of complex iterates.
 

*****************************************************************************************

But there is no detail of it.

 Thank you for your answer.

I am using Maple 12, in the help pages I can find as follows,Muller's method
 

Muller's method for finding a root of the equation
                                  f(x) = 0
 generalizes Newton's method by replacing
                                    f(x)
 by a quadratic polynomial (a parabola) through the three points
                           (x[k - 2], f(x[k - 2]))
,
                           (x[k - 1], f(x[k - 1]))
 and
                               (x[k], f(x[k]))
, then taking as
                                  x[k + 1]
 the zero (there are two) that is closest to
                                    x[k]
. An advantage of this method is that it can converge to a real root through a sequence of complex iterates.
 

*****************************************************************************************

But there is no detail of it.

 Thank you for your answer.

Thank you very much.

Befor I saw your anwser I tried to find another way to solve the problem,I use the order as following

 ffff := bb-bbbb; divide(S[dd], ffff, 'sdd');sdd;S[DD] := (bb-bbbb)*sdd

PS:(bb-bbbb)is the common divisor    S[dd] is a multinomial  S[DD] is the multinomial after getting the common divisor 

Thank you very much.

Befor I saw your anwser I tried to find another way to solve the problem,I use the order as following

 ffff := bb-bbbb; divide(S[dd], ffff, 'sdd');sdd;S[DD] := (bb-bbbb)*sdd

PS:(bb-bbbb)is the common divisor    S[dd] is a multinomial  S[DD] is the multinomial after getting the common divisor 

thank you   PatrickT, under your help I found my mistakes in my expression.I correted misused square brackers into round brackers the last expression can get a result.

thank you   PatrickT, under your help I found my mistakes in my expression.I correted misused square brackers into round brackers the last expression can get a result.

what I relly want to collect is the following formula

View 13857_2009.12.13.mw on MapleNet or Download 13857_2009.12.13.mw
View file details

I donot want to collect [ ] list

the [ ] is the direct result of a formula

what I relly want to collect is the following formula

View 13857_2009.12.13.mw on MapleNet or Download 13857_2009.12.13.mw
View file details

I donot want to collect [ ] list

the [ ] is the direct result of a formula