A Guided Tour of Mathematical Methods 2nd Edition Paperback: For the Physical Sciences - Tapa blanda

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From reviews of the first edition: '... a splendid book, quite a delight to see mathematical models from a different perspective ... treatment is so smooth that it is hard to know at any instant whether one is learning new tools or assimilating the applications to interesting examples ... excellent.' Donald de Cogan, International Journal of Numerical Modelling

'... instructive, applied and fun.' David Jefferies, The Times Higher Education Supplement

'This book integrates mathematical theory with a wide range of applications in physics ... it could be a stand-alone textbook for an upper-year undergraduate course, but would also provide a good accompaniment to undergraduate maths courses. Teachers may also be more generally interested in this book for its many examples that may serve as useful supplements to physics or geophysics courses ... I can highly recommend this book to students and teachers in the physical sciences.' Mike Kendall, Astronomy and Geophysics

'Guided by Roel Sneider's textbook, learning mathematical methods can be fun ... I highly recommend [it].' Francois Primeau, EOS

'Students will find enjoyable discussions of the concepts of mathematical methods without getting lost in mazes of equations. Teachers will be interested in the easy way concepts are developed.' The Leading Edge

'The author ... has comprehensibly integrated mathematics with a range of interesting features of physical sciences ... Once read, one can appreciate the author's successful attempt to dispel the general misconception that mathematics is totally isolated from physics. The unique feature of the book is the presentation of various mathematical models in simple terms, followed by a range of interesting problem-solving exercises in physical sciences. The author's clear, simplistic approach is highly recommended for both students and teachers alike. ... highly informative, written with authority, fascinating to read, and reasonably priced ... to be within the budget of most institutions and individuals.' Materials World