My Mathematical Methods in Physics is written to weed out students, help me

In summary, the conversation is about recommendations for a mathematical methods in physics book that covers complex arithmetic, first and second order differential equations, trigonometric functions, vector algebra, matrices, orthogonal functions, Fourier series and transforms, PDEs, Bessel functions, Legendre polynomials, and Sturm-Liouville theory. The conversation also includes suggestions for books such as Arfken & Webber, Boas, and Hassani, and advice on studying and preparing for future courses.
  • #1
bossman007
60
0
what is a mathematical methods in physics book that you all would recommend? I need One that shows enough steps, explains clearly, etc.

At ASU, my mathematical methods in phyiscs book covers the following topics with excruciatingly little detail and cryptic wording/notation, skipping so many important steps that leaves me and most everyone in the class hanging out to dry.

I want to make the mathematical connection to physics, and this book we have doesn't do that. Here's an outline of the material we cover:

1st:
Complex Arithmetic
First order diff eq's
Second order diff eq's
"Trigg" Functions - (infinite summation notation of sine and cosine)
Vector Algebra and intro to Matrices
Matrix theory
Orthogonal functions and Fourier Series
One-Dimenisonal Wave Equation

2nd half:
Vector Calculus
The delta function
Fourier Transforms
PDEs
Bessel Functions
Legendre Polynomials
Associated Legendre functions and spherical harmonics
Sturm-Liouville Theory and Orthogonal Functions
Analytic Function theory
 
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  • #2
Which book is it?
 
  • #3
[url=http://postimage.org/image/safki5jnn/][PLAIN]http://s13.postimage.org/safki5jnn/math_methods_book_cover.jpg[/url][/PLAIN]
 
  • #4
Excellent, but is there a book on the market, or just some lecture notes written by the profs at your uni inspired from let's say 20,30 books ?

So you want a reccomandation for a book, then. Mine would be Arfken & Webber. You can search this forum for other useful suggestions to maybe some better books. Many people fancy the book by Mary Boas. I like A&W or even deeper, pour les connaisseurs, the 2 volumes by Morse and Feshbach.
 
  • #5
Looks like lecture notes prepared by the professor specifically for this course, not a "real" textbook. I'd go with Boas or Arfken, myself, for a supplement.

Go back to the thread list for this forum, and click the "Search this forum" link at the top of the list, on the right side. Search for either "boas" or "arfken" and you'll turn up previous threads about math methods books.
 
  • #7
do you read the hints at the end of the sections? usually these help enormously.

It took me a long time to get used to math methods, but rest assured, your homework in 310/314 will NOT be any easier, so work hard on this homework to get good habits developed (e.g. start the homework as soon as it is assigned).

314 is especially onerous if Schmidt teaches it.
 
  • #8
Also this isn't a weedout course, the curve is extremely generous at the end.
 

What is the purpose of "My Mathematical Methods in Physics"?

The purpose of "My Mathematical Methods in Physics" is to help students develop a strong understanding of mathematical concepts and techniques that are essential for success in physics. This book is designed to challenge students and identify those who may not have the necessary mathematical background for physics.

What topics does "My Mathematical Methods in Physics" cover?

"My Mathematical Methods in Physics" covers a variety of mathematical topics including calculus, differential equations, linear algebra, complex analysis, and vector calculus. These topics are essential for understanding and solving problems in physics.

How does "My Mathematical Methods in Physics" weed out students?

"My Mathematical Methods in Physics" includes challenging exercises and problems that require a strong understanding of the mathematical concepts covered in the book. Students who struggle with these problems may not have the necessary mathematical background for success in physics.

Is "My Mathematical Methods in Physics" suitable for all levels of students?

"My Mathematical Methods in Physics" is suitable for students at various levels, but it is primarily designed for advanced undergraduate and graduate students. It assumes a strong foundation in mathematics and some prior knowledge of physics.

How can "My Mathematical Methods in Physics" help me as a student?

"My Mathematical Methods in Physics" can help you improve your mathematical skills and understanding, which are essential for success in physics. By working through the exercises and problems in this book, you can identify and fill any gaps in your mathematical knowledge and become better prepared for advanced physics courses.

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