TextBooks for Some Topics in Mathematics

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SUMMARY

This discussion focuses on recommendations for textbooks covering topics in mathematics, specifically linear differential equations, series solutions, hyper-geometric functions, and polynomial properties. Participants recommend "Engineering Mathematics" and "Advanced Engineering Mathematics" by Stroud for their clarity and straightforward explanations, making them suitable for self-study. Additional suggestions include works by Forsyth, Bhamra, and Goursat, which are noted for their relevance to the discussed topics.

PREREQUISITES
  • Understanding of linear differential equations
  • Familiarity with series solutions of differential equations
  • Knowledge of hyper-geometric, Legendre, and Bessel functions
  • Concepts of Chebyshev, Hermite, and Legendre polynomials
NEXT STEPS
  • Research "Engineering Mathematics" by Stroud for foundational concepts
  • Explore "Advanced Engineering Mathematics" by Stroud for advanced topics
  • Investigate Forsyth's treatise on differential equations for in-depth understanding
  • Review Bhamra's and Goursat's texts for additional perspectives on the subject matter
USEFUL FOR

Students transitioning into physics, self-learners in mathematics, and educators seeking clear instructional materials on differential equations and polynomial functions.

Soumalya
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Hi,
I need suggestions for picking up some standard textbooks for the following set of topics as given below:

Ordinary and singular points of linear differential equations


Series solutions of linear homogenous differential equations about ordinary and regular singular points


Hyper-geometric, Legendre and Bessel functions


Chebyshev, Hermite and Legendre polynomials and their properties


I need books that would clear me the concepts with little hassle or confusion and which are really easy to follow as self teaching guides.

Any suggestion would be highly appreciable!
 
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Soumalya said:
Hi,
I need suggestions for picking up some standard textbooks for the following set of topics as given below:

Ordinary and singular points of linear differential equationsSeries solutions of linear homogenous differential equations about ordinary and regular singular pointsHyper-geometric, Legendre and Bessel functionsChebyshev, Hermite and Legendre polynomials and their properties

I need books that would clear me the concepts with little hassle or confusion and which are really easy to follow as self teaching guides.

Any suggestion would be highly appreciable!
Have you checked out the books already suggested?
 
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I have myself worked through Engineering Mathematics (Stroud) and I'm half-way through Advanced Engineering Mathematics (Stroud). These two books cover many of the things you mention above and the author explains the concepts in a very straightforward way, no prior knowledge on the topics is needed.
 
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Evo said:
Have you checked out the books already suggested?

If you are talking about the list of suggested textbooks it's exhaustive and I am actually confused as to which one to pick to get started.Could you suggest one?
 
astrobird said:
I have myself worked through Engineering Mathematics (Stroud) and I'm half-way through Advanced Engineering Mathematics (Stroud). These two books cover many of the things you mention above and the author explains the concepts in a very straightforward way, no prior knowledge on the topics is needed.

Thanks astrobird!

If I guess it correctly are you an engineer graduate?
I was considering Kresyszig but now I would take a look at Stroud.
 
Welcome!
No, I'm not an engineer graduate, actually I have a degree in Marketing but I want to study physics now which means I need to understand the math too :) My level of math knowledge was quite limited before I started, which is one of the reasons I chose Stroud, as especially the first book starts with the very basics. I read a lot of review about these books on Amazon at the time and people were quite positive so it seemed like the right choice and for me it works fine. I can't comment on Kresyszig or any other book I'm afraid, I only tried Stroud so far when it comes to math.
 
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