network profile
| bio | website | |
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| age | ||
| visits | member for | 5 months |
| seen | Jan 7 at 0:01 | |
| stats | profile views | 0 |
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Dec 19 |
comment |
Evaluating a Recursive Expression I see. Things are more clear now, thank you very much everyone for your comments. |
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Dec 19 |
awarded | Editor |
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Dec 19 |
comment |
Evaluating a Recursive Expression But, x^2/.x->{2,3} produces a list evaluated at 2 and then 3. It seems that both Table and /. produce lists, but one works and the other doesn't? |
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Dec 19 |
revised |
Evaluating a Recursive Expression Added more to my question as I didn't indicate what I was really after. |
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Dec 18 |
comment |
Evaluating a Recursive Expression So, how does one generate a list of 1000 polynomials from this recursion? I try Simplify[Unevaluated@P[n, x] /. n -> 2] and it works, but Simplify[Unevaluated@P[n, x] /. n -> {2,3}] does not work. More importantly, if I use this recursion in more complicated formulas, I have no way of knowing if there will be success. |
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Dec 18 |
awarded | Student |
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Dec 18 |
asked | Evaluating a Recursive Expression |
