Tannery's Theorem: Definition & Use

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SUMMARY

Tannery's Theorem is a mathematical principle concerning the convergence of infinite series. Key references include E.H. Neville's discussion in The Mathematical Gazette (July 1930) and G.A. Gibson's Advanced Calculus (1954). The theorem allows for the interchange of an infinite sum with a limit under certain conditions. Additional resources include a problem set from DePaul University and an article by Josef Hofbauer in the American Mathematical Monthly (February 2002).

PREREQUISITES
  • Understanding of infinite series convergence
  • Familiarity with advanced calculus concepts
  • Knowledge of mathematical analysis
  • Ability to work with limits in calculus
NEXT STEPS
  • Study E.H. Neville's discussion in The Mathematical Gazette for historical context
  • Read G.A. Gibson's Advanced Calculus for foundational concepts
  • Examine the problem set from DePaul University for practical applications
  • Explore the February 2002 AMM article by Josef Hofbauer for advanced insights
USEFUL FOR

Mathematicians, students of advanced calculus, and anyone interested in the convergence of infinite series will benefit from this discussion.

Ed Quanta
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What is Tannery's Theorem? I can't seem to find a definition of what it is. And how do you use it?
 
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Yes, it is hard to find anything on this subject, but

According to one source (http://www.wpr.aaugonline.net/gazette/ ), E.H.Neville discussed Tannery's theorem in The Mathematical Gazette, July 1930 Issue, p. 166.

Apparently it is a thereom concerning convergence of an infinite series.

See also a reference to Tannery's theorem (see §63, page 161, Advanced Calculus by G.A. Gibson, MacMillan 1954; also the February 2002, Volume 109, 196-200 AMM article by Josef Hofbauer) from http://www.numbertheory.org/papers.html

and there is a problem set from a math course at DePaul University - http://condor.depaul.edu/~rjohnson/foma/exercises.pdf - which refers to Tannery's theorem. This refers to another source: Johnsonbaugh/Pfaffenberger: Foundations of Mathematical Analysis.

Good luck.
 
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Just a note, Johnsonbaugh/Pfaffenberger book doesn't actually have any info on Tannery's theorem, it appears that exercise set is just supplementary problems though it does ask you to prove Tannery's theorem. It looks simple enough to prove, and gives some conditions that will allow you to interchange an infinite sum with a limit.
 

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