Advanced Calculus | 
enlarge | Author: David V. Widder Publisher: Dover Publications Category: Book
List Price: $18.95 Buy New: $5.99 You Save: $12.96 (68%)
New (26) Used (31) from $4.04
Rating: 16 reviews Sales Rank: 238028
Media: Paperback Edition: 2nd Pages: 544 Number Of Items: 1 Shipping Weight (lbs): 1.1 Dimensions (in): 8.3 x 5.4 x 1.1
ISBN: 0486661032 Dewey Decimal Number: 515 EAN: 9780486661032
Publication Date: August 1, 1989 Availability: Usually ships in 1-2 business days
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Product Description
Classic text leads from elementary calculus into more theoretic problems. Precise approach with definitions, theorems, proofs, examples and exercises. Topics include partial differentiation, vectors, differential geometry, Stieltjes integral, infinite series, gamma function, Fourier series, Laplace transform, much more. Numerous graded exercises with selected answers. 1961 edition.
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| Customer Reviews: Read 11 more reviews...
Lucid with good notation November 5, 2000 K. Braithwaite (inkster, MI USA) 13 out of 14 found this review helpful
An excellent reference work, with some thoughtful choices of notation, which always helps. I thought the differential geometry sections were a bit thin, so if that is what you after look elsewhere. If you want a good book on the core of multi-variate calculus this one will serve you well. He proves everything, which is nice too.
Their small price overcome to those more expensives July 19, 2001 Rogelio Trujillo (Atlantic City, NJ, USA.) 9 out of 15 found this review helpful
This is a Classic "old" Text. One of the best among the classics of Advanced Calculus.In fact this is not an advanced book. But being advanced or not does depend on who is located in front of the book. It is, but rather, a continuation of the classic Calculus texts like Thomas, Leithold, Taylor, etc. This as for the content, that includes topics like Stieltjes Integral, line and surface Integrals, Fourier Series and Laplace Transformed (Stieltjes Integral can be included in the non advanced Calculus courses after treating the parametric equations in a Calculus course that is not considered advanced). What makes special this book it is the easiness with which the author introduces the topics, without necessity of entering in rodeos. He goes once and for all to the grain and it presents the whole content without creating doubts in the reader. It selects their exercises very well, leaving very undoubtedly that any student that has read each section of the book carefully, they can carry out them. The answers are at the end of the book. It presents the theorems with a nomenclature without complications, facilitating the reader's understanding. This book deserves to be in our shelves for future references, and anyone can have it without fear to lose its money, since it is very cheap....
Great book July 4, 2000 11 out of 13 found this review helpful
Yes, a bit oldfashioned and black and white, but if you want attention to detail and rigorous proofs of all the theorems (gets to be quite advanced) this is a book for you. I taught myself after learning basic diff/int calculus. If you ever read a calc. book and get annoyed by those "..it can be shown.." lines, look in this little text and chances are it IS shown here.
Can't put it down!!! June 23, 1999 14 out of 14 found this review helpful
This book is amazing. It is one of the most excititng math texts I have ever studied out of. I encourage any math or physics undergrad to purchase a copy pronto. It is great for self-instruction, and it provides you a much more mature explanation compared to all the "dumbdowned" texts which are taught out of in most universities today. I can't wait to get done with this review so I can get back to it.
very interesting September 25, 1999 12 out of 13 found this review helpful
Although I found a few typos, and a few pages could be clearer, I still think this is an excellent book. *Every* theorem is proven rigorously, with nice examples. A great reference to have. It will introduce you to advanced analysis and from there you can go on to real analysis and set theory.
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