Imagen 1 de 1
Foto genérica
Imagen 1 de 1
Foto genérica
Multivariable Calculus by Clark Bray (2013, Trade Paperback)
ZUBER (279724)
98,2% de votos positivos
Precio:
USD49,66
Aproximadamente42,78 EUR
+ USD24,34 de envío
Devoluciones:
30 días para devoluciones. El comprador paga el envío de la devolución..
Estado:
MULTIVARIABLE CALCULUS By Clark Bray **BRAND NEW**.
- ¡Cómpralo ya!MULTIVARIABLE CALCULUS By Clark Bray **BRAND NEW**
Oops! Looks like we're having trouble connecting to our server.
Refresh your browser window to try again.
Acerca de este artículo
Product Identifiers
PublisherCreateSpace
ISBN-101482550741
ISBN-139781482550740
eBay Product ID (ePID)234677043
Product Key Features
Number of Pages482 Pages
Publication NameMultivariable Calculus
LanguageEnglish
Publication Year2013
SubjectCalculus
TypeTextbook
Subject AreaMathematics
AuthorClark Bray
FormatTrade Paperback
Dimensions
Item Height1.1 in
Item Weight48.1 Oz
Item Length11 in
Item Width8.5 in
Additional Product Features
Intended AudienceTrade
SynopsisThe YouTube Channel for this book, with a complete set of video lectures and hundreds of video explanations of exercises , is at: https://www.youtube.com/playlist'list=PLGKxWeKRIy4WVzMzL4OB8HVabYagNrkO5 For more information, see the book webpage at: http://www.math.duke.edu/~cbray/mv/ This is a textbook on multivariable calculus, whose target audience is the students in Math 212 at Duke University -- a course in multivariable calculus intended for students majoring in the sciences and engineering. This book has been used in summer offerings of that course several times, taught by Clark Bray. It is intended to fill a gap in the spectrum of multivariable calculus textbooks. It goes beyond books that are oriented around formulas that students can simply memorize, but it does not include the abstraction and rigor that can be found in books that give the most complete and sophisticated presentations of the material. This book would be appropriate for use at any university. It assumes only that the student is proficient in single variable calculus and its prerequisites. The material in this book is developed in a way such that students can see a motivation behind the development, not just the results. The emphasis is on giving students a way to visualize the ideas and see the connections between them, with less emphasis on rigor. The book includes substantial applications, including much discussion of gravitational, electric, and magnetic fields, Maxwell's laws, and the relationships of these physical ideas to the vector calculus theorems of Gauss and Stokes. It also includes a brief discussion of linear algebra, allowing for the discussion of the derivative transformation and Jacobian matrices, which are then used often elsewhere in the book. And there are extensive discussions of multivariable functions and the different ways to represent them geometrically, manipulating multivariable equations and the effects on the solution sets., The YouTube Channel for this book, with a complete set of video lectures and hundreds of video explanations of exercises , is at: https: //www.youtube.com/playlist'list=PLGKxWeKRIy4WVzMzL4OB8HVabYagNrkO5 For more information, see the book webpage at: http: //www.math.duke.edu/ cbray/mv/ This is a textbook on multivariable calculus, whose target audience is the students in Math 212 at Duke University -- a course in multivariable calculus intended for students majoring in the sciences and engineering. This book has been used in summer offerings of that course several times, taught by Clark Bray. It is intended to fill a gap in the spectrum of multivariable calculus textbooks. It goes beyond books that are oriented around formulas that students can simply memorize, but it does not include the abstraction and rigor that can be found in books that give the most complete and sophisticated presentations of the material. This book would be appropriate for use at any university. It assumes only that the student is proficient in single variable calculus and its prerequisites. The material in this book is developed in a way such that students can see a motivation behind the development, not just the results. The emphasis is on giving students a way to visualize the ideas and see the connections between them, with less emphasis on rigor. The book includes substantial applications, including much discussion of gravitational, electric, and magnetic fields, Maxwell's laws, and the relationships of these physical ideas to the vector calculus theorems of Gauss and Stokes. It also includes a brief discussion of linear algebra, allowing for the discussion of the derivative transformation and Jacobian matrices, which are then used often elsewhere in the book. And there are extensive discussions of multivariable functions and the different ways to represent them geometrically, manipulating multivariable equations and the effects on the solution sets.
