Asymptotic methods and pertubation method

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SUMMARY

This discussion centers on the relationship between asymptotic methods and perturbation methods in the context of mathematical analysis, specifically referencing the book "Advanced Mathematical Methods for Scientists and Engineers" by Bender and Orszag. Participants agree that while the perturbation chapter can be understood independently, a comprehensive understanding of asymptotic methods is beneficial. The consensus is that skipping asymptotic methods may hinder deeper comprehension of perturbation methods, despite time constraints faced by learners.

PREREQUISITES
  • Understanding of asymptotic analysis
  • Familiarity with perturbation theory
  • Basic mathematical skills, particularly in calculus
  • Knowledge of Bender and Orszag's methodologies
NEXT STEPS
  • Study asymptotic methods in detail, focusing on their applications
  • Explore perturbation methods with examples from Bender and Orszag
  • Practice mathematical problems related to both methods
  • Review supplementary materials that clarify complex concepts in the book
USEFUL FOR

Students and professionals in applied mathematics, physicists, and engineers seeking to enhance their understanding of asymptotic and perturbation methods for solving differential equations.

hanson
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Hi all!
I am currently reading a book on asymptotic and pertubation methods for finding approximate solutions.

How asymptotic methods and pertubaion methods are related? I mean, can I skip asymptotic methods and directly jump to study pertubation methods? (I know it may be better to have a thorough view on the subject. But I am really out of time.)

Please kindly help.
 
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Is it Bender&Orszag you're reading?

The perturbation chapter is relatively understandable without the other stuff, I think (although I recommend you reading it!)
 
arildno said:
Is it Bender&Orszag you're reading?

The perturbation chapter is relatively understandable without the other stuff, I think (although I recommend you reading it!)

exactly. But, I am a but crap in math actually.
I face quite a lot problems rading that book.
You've read that book, right? could you please help answer some of my questions?
 

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