Vector Calculus, Linear Algebra, and Differential Forms:

A Unified Approach

Second edition, ISBN 0-13-041408-5, © Prentice Hall, 2002
John H. Hubbard, professor of mathematics, Cornell University and the University of Provence
Barbara Burke Hubbard, winner of the prix d'Alembert for her book, The World According to Wavelets: the story of a mathematical technique in the making

Welcome If you have a copy of Vector Calculus, Linear Algebra, and Differential Forms: A Unified Approach, we invite you to write jhh8@cornell.edu with ``calculus book readers'' as the subject, to let us know what math course you are taking, or, if you are not using the book in a formal course, what your connection to mathematics is. Save money You can now order the textbook at a discount, from MatrixEditions.com . If you wish to go directly to the order page, please go to either United States orders for orders in the United States or orders in other countries for books shipped to other countries. Please write hubbard@matrixeditions.com if you have any questions. Note: clicking on the Matrix Editions link will open a new page, which may be hidden by this page. The book home page will remain on your screen. Student Solution Manual The Student Solution Manual contains detailed solutions to all odd-numbered exercises in Chapters 0-6 and to many in the Appendix. See sample solutions. For information on ordering , please go to the order pages above.

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What makes this book different? This text covers most of the standard topics in multivariate calculus and a substantial part of a standard first course in linear algebra. If, in addition, one teaches the proofs in Appendix A, the book can be used as a textbook for a course in analysis.The organization and selection of material differs from the standard approach in four ways. We integrate linear algebra and multivariate calculus. We emphasize computationally effective algorithms, and prove theorems by showing that those algorithms really work. This better reflects the way this mathematics is used today, in both applied and in pure mathematics. we use differential forms to generalize the fundamental theorem of calculus to higher dimensions. This gives one elegant theorem, the generalized Stokes's theorem, that works in all dimensions. In contrast, vector calculus requires special formulas, operators, and theorems for each dimension where it works. We provide a new approach to Lebesgue integration. See what students and professors have to say about Vector Calculus, Linear Algebra, and Differential Forms: A Unified Approach. See the table of contents in pdf form (requires Acrobat Reader).
Instructors' Solution Manual
A revised version of the instructor's solution manual, incorporating corrections and some new solutions, is now available from Prentice Hall .
Excerpts If your are taking your first serious math course and don't have the book, you may find several brief excerpts useful; they are from Chapter 0: Preliminaries. They are in pdf format and can be read using Acrobat Reader. The first discusses how to read mathematics. (Many students who never read their math texts in high school discover this doesn't work in college.) The second explains why ``all eleven-legged alligators are orange with blue stripes'' is a true statement, as is ``all eleven-legged alligators are black with white stripes.'' The third gives the vocabulary of set theory (and a nice picture of Bertrand Russell shaving his image in the mirror.) Errata If you find an error in the text, please write jhh8@cornell.edu with ``second edition errata'' as the subject. The errata list for the second edition was updated on June 7, 2003. Lists are available at Errata Second Edition Errata First Edition. If you would like to be notified by e-mail when new errata are posted, please write Barbara Hubbard at hubbard@MatrixEditions.com. Familiar with the first edition? See what's new in the second edition. Book Two A sequel book will be published by Matrix Editions. See the tentative table of contents. If you would like to be notified when this book is available, please sign up here. Links for John Hubbard His official Cornell University site personal Cornell University site books about differential equations top of page Note: If you do not see a blue navigation strip on the left side of this page, you can get to the ``true'' home page by going to www.math.cornell.edu/~hubbard/vectorcalculus.html: replace /veccalcinfo.html in the location bar at the top of your screen by /vectorcalculus.html

 

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Last updated August 24, 2003