Which is the best mathematics textbook dealing with all major topics on mathematics?by Rhydo Tags: dealing, major, mathematics, textbook, topics 

#1
Feb1612, 06:48 AM

P: 27

Hi!
I would like to revise my Mathematics from the high school to the Engineering level. I have been on the look out for a book that deals with the major fields of mathematics such as calculus, probability, complex numbers, linear equations etc. on an easy to understand manner. Is there any such text book that bridges the gap between high school and Engineering Mathematics? I'am just looking to get a physical interpretation of the mathematics while I do it. I dont have a satisfactory access to a library to collect the books on individual topics so I might as well start with gaining a working knowledge of the basics before specializing on individual fields. I hope there are authors who have felt the same need as I do! From where I belong to, any help I get here would be greatly valued!! 



#2
Feb1612, 09:46 AM

P: 388

First of all, if your interest is engineering a book covering all major topics in maths (if such a thing exists) would not be very relevant  algebra, geometry, topology, combinatorics, logic and number theory are all intersting topics, but won't help you bulid things/make things/design circuits/produce substances or whatever your field of engineering is.
When I was an undergraduate this was the book used on the physics course and I think that was a pretty good course, although the fact that it was given by the author probably helped. Of course that was 30 years ago (last edition published 1973) and it was geared towards physics rather than engineering so someone else might have something better. 



#3
Feb1612, 11:59 AM

P: 94

I like Engineering Math by K.A. Stroud and Dexter J. Booth
It's actually two books, second being Advanced Engineering Math which is the title of the textbook. The textbooks are geared towards getting students become technically proficient problem solvers so there's very little in the way of proofs and such. Very concise and (super)straight to the point. There are more problems in them than your worst nightmare. The first one starts out with Foundation Topics: Arithmetic; Intro to Algebra; Linear, Simultaneous, Polynomial Equations; Partial Fractions; Trig; Binomial Series; Functions; Differentiation; Integration... Then goes the main part: Complex Numbers, Hyperbolic Functions, Determinants, Matrices, Vectors, Differentiation and its Applications, Partial Differentiation, Curves and Curve Fitting, Integration and its Applications, Reduction Formulas, Approximate Integration, Polar Coordinate Systems, Multiple Integrals, First/Second Order Differential Equations, Intro To Laplace Transforms, Statistics, Probability... SECOND BOOK covers: Numerical Solutions of Equations and Interpolation, Laplace Transforms, ZTransforms, Fourier Series, Intro To Fourier Transform, Power Series Solutions of Ordinary Differential Equations, Numerical Solutions Of Ordinary Differential Equations, Partial Differentiation, Partial Differentiation Equations, Matrix Algebra, Numerical Solutions of Partial Differential Equations, Multiple Integration, Integral Functions, Vector Analyses, Complex Analyses, Optimization and Linear Programming. 



#4
Feb1612, 12:13 PM

P: 188

Which is the best mathematics textbook dealing with all major topics on mathematics?
If it's engineering math I much prefer Kreyszig's "Advanced Engineering Mathematics" to Stroud's books. I think it's a bit more rigorous and contains a handful of extra topics but if you can find either one in a good used copy for cheap you'll be fine. I think you can find Stroud in one volume.




#5
Feb1612, 06:06 PM

P: 429

It may not be relevant, but to get a good overview of some pure maths concepts I really recommend the Princeton companion to mathematics, edited by Timothy Gowers (it does cover the things you mentioned, complex numbers, linear equations etc. and a lot more).
It's more like a book you can "dip into"  it doesn't cover everything in huge detail, but explains new concepts that you might not have seen before really well (and covers a huge range of topics). I got it for about £40 which I think is excellent given how much information it has and the quality (written and physical) of the book is excellent. 



#6
Feb1612, 07:12 PM

P: 388





#7
Feb1712, 04:29 AM

P: 429

http://press.princeton.edu/TOCs/c8350.html
Here is the table of contents, which should give you a better picture. It's a great thing, as I said, to look things up in first to give you a really good feel for some concept before you undertake actually studying it deeply. There are also some really nice introductions to the ideas of mathematics, and "perspectives", which are a nice read: Part I Introduction I.1 What Is Mathematics About? 1 I.2 The Language and Grammar of Mathematics 8 I.3 Some Fundamental Mathematical Definitions 16 I.4 The General Goals of Mathematical Research 48 Part VIII Final Perspectives VIII.1 The Art of Problem Solving 955 VIII.2 "Why Mathematics?" You Might Ask 966 VIII.3 The Ubiquity of Mathematics 977 VIII.4 Numeracy 983 VIII.5 Mathematics: An Experimental Science 991 VIII.6 Advice to a Young Mathematician 1000 VIII.7 A Chronology of Mathematical Events 1010 



#8
Feb1712, 06:37 AM

P: 1,036

Gullberg's "Mathematics from the Birth of Numbers" is worth a look, for high school to first year.
For harder material, Stroud looks good. Even harder? Look at "Mathematical methods" books like Boas and Arfken  Boas first... Arfken is tough, but it's useful for starting you off on many advanced topics. It has good references to books with more handholding! 



#10
Dec3012, 11:07 AM

Sci Advisor
HW Helper
P: 9,421

another good general book is "what is mathematics?" by courant and robbins.




#11
Dec3012, 01:17 PM

P: 108

Basic Mathematics by Lang. + What is Mathematics by Courant. + Cambridge Undergraduate Campanion to Mathematics.




#12
Jan213, 08:48 AM

P: 108





#14
Jan413, 08:31 PM

P: 783

A good textbook for EE math would be something that covers all of the following:
 Calculus of single and multiple variables  Vector calculus  Linear Algebra  Differential Equations  Function of a complex variable  Some boolean and abstract algebra (equivalence relations, homomorphisms, injections, surjections, bitwise operators, sequential logic, finite state machines, QuineMcCluskey reduction methods)  Some Fourier analysis  Probability models and stochastic processes I am doubtful that such a book exists. There are of course, general mathematical encyclopedias that can give an overview of all these concepts, but an indepth treatment of all of them in one 1000 page book is unthinkable. BiP 



#15
Jan513, 12:29 AM

P: 108





#16
Jan713, 12:41 PM

P: 593

Erwin Kriezig Advanced Engineering Mathematics 


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