My mind has gone fallow, and I can't quite understand factoring

  • Context: High School 
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    Factoring Mind
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Discussion Overview

The discussion revolves around understanding the concept of factoring numbers into coprime pairs and exploring properties of sequences in modular arithmetic. Participants engage with questions about the implications of the number of divisors, the pigeonhole principle, and the nature of residues in sequences.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Mathematical reasoning

Main Points Raised

  • One participant expresses confusion about factoring a number into coprime pairs and questions the relevance of the number of divisors being odd.
  • Another participant suggests a method for factoring numbers into coprime pairs using prime powers, asserting that the number of divisors does not affect this ability.
  • There is a discussion about the number of coprime pairs and a proposed formula involving binomial coefficients, though its validity is questioned by others.
  • A participant raises a question about a statement from a book regarding residues in sequences and whether there will be consecutive pairs among them, leading to further inquiries about the pigeonhole principle.
  • Multiple participants challenge the clarity and completeness of the original question regarding residues, asking for more context and details.
  • There is a debate about the nature of ordered pairs and the conditions under which duplicates occur in sequences of residues.
  • Another participant questions how to determine if a subset of residues will sum to zero modulo n, indicating a need for further exploration of the topic.

Areas of Agreement / Disagreement

Participants do not reach a consensus on several points, including the implications of the number of divisors on coprime factoring, the interpretation of the book's statement about residues, and the application of the pigeonhole principle. The discussion remains unresolved with competing views and ongoing questions.

Contextual Notes

Participants express uncertainty about definitions and assumptions related to sequences and residues, indicating that the discussion may be limited by incomplete information or unclear statements from the original source material.

  • #61
The pattern is that a and p or b and p are coprime?

so how do I factorise this? a^3+ b^5+ c^7= d^11
 
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  • #62
roger said:
The pattern is that a and p or b and p are coprime?

No. That is not at it at all. The counter example of a=-1, b=2 and p=3 disproves that assertion. Please, for the love of God, just think about it for one second.
 
  • #63
so can anybody explain to me the factorisation of a^3+ b^5+ c^7= d^11(or impossibilty thereof)?
 
  • #64
I think roger has exceeded his questions quota, and matt understandibly has lost his patience.
 
  • #65
how do you find the nth term and closed form sum of : (5/12)+(12/29)+(29/70)...?
 
  • #66
On the way to the definitive solution...
Obviously, numerator of the next fraction is the denominator of the previous fraction
Denominator of the next fraction equals numerator of this fraction plus sum of numerator and denominator of previous fraction
 

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