Series Convergence: Can I Create a p-Series?

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SUMMARY

The discussion centers on the convergence of the series defined by the expression Σ (sqrt(n) / (n² ln(n))) from n=2 to infinity. Participants clarify that this series cannot be transformed into a p-series directly. Instead, it can be compared to a known convergent p-series to determine its convergence properties. The key takeaway is the importance of comparison tests in analyzing series convergence.

PREREQUISITES
  • Understanding of series convergence and divergence
  • Familiarity with p-series and their properties
  • Knowledge of comparison tests in calculus
  • Basic logarithmic functions and their behavior
NEXT STEPS
  • Study the properties of p-series and their convergence criteria
  • Learn about the Limit Comparison Test for series
  • Explore the behavior of logarithmic functions in series
  • Investigate other types of series, such as geometric and harmonic series
USEFUL FOR

Students studying calculus, particularly those focusing on series convergence, as well as educators looking for examples of series comparison techniques.

Dissonance in E
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Homework Statement



infinity
SIGMA sqrt(n) / ((n^2)(ln(n))
n = 2

Homework Equations





The Attempt at a Solution



Could i beat this into a p-series perhaps?
 
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Dissonance in E said:

Homework Statement



infinity
SIGMA sqrt(n) / ((n^2)(ln(n))
n = 2

Homework Equations





The Attempt at a Solution



Could i beat this into a p-series perhaps?
You can't "beat" it into a p-series, but you can compare it to a convergent p-series.
 
Ah I see, thank you.
 

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