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why the factorization is unique? x^3(x+1)^2 can be factorized into both (x^3)((x+1)^2) and ((x(x+1))^2)x

Posted by dynamic at 2004-08-29 12:28:42 on Problem 1814

Followed by:

Re:why the factorization is unique? x^3*(x+1)^2 can be factorized into both (x^3)((x+1)^2) and ((x*(x+1))^2)x (61) kicc 2004-08-29 12:40:22
- Re:why the factorization is unique? x^3*(x+1)^2 can be factorized into both (x^3)((x+1)^2) and ((x*(x+1))^2)x (6) daofeng 2004-08-29 13:41:46
  - Re:why the factorization is unique? x^3*(x+1)^2 can be factorized into both (x^3)((x+1)^2) and ((x*(x+1))^2)x (56) Alcyone 2004-08-29 17:09:01
    - Re:why the factorization is unique? x^3*(x+1)^2 can be factorized into both (x^3)((x+1)^2) and ((x*(x+1))^2)x (15) daofeng 2004-08-30 14:32:17
      - Re:why the factorization is unique? x^3*(x+1)^2 can be factorized into both (x^3)((x+1)^2) and ((x*(x+1))^2)x (45) gush 2004-09-01 16:25:42

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