Engineering Mathematics: A Programmed Approach - Hardcover

Evans, C. W.

 
9780412456404: Engineering Mathematics: A Programmed Approach

Inhaltsangabe

The second edition differs from the first in three respects. First, the format is different. Wide margins are now provided so that readers can pencil in small individual notes and comments which may be of assistance to them later on. Second, each chapter has been provided with extra exercises. Generally these are of the more routine variety and have been incorporated hefore the assignment. All the exercises are supplied with answers which are located at the end of the book. Third, some marginal diagrams and ref- erences have heen included to help illuminate the material and occasionally to indicate where a topic fits into the overall scheme. It is hoped that students will find in the new edition plenty to sustain the development of their mathematical knowledge and skills. The author thanks all those who have contrihuted to the production of this book. eWE Preface to the first edition Students reading for degrees and diplomas in Engineering and Applied Science arrive with a wide variety of mathematical backgrounds. Neverthe- less by the end of the first year of study all of them must have achieved a minimum standard in mathematics and also have acquired sufficient skill to enable them to cope with the more advanced mathematical topics in the second year. Experience has shown that many students are unable to cope with the traditional mathematics textbooks because they find them remote and the concepts difficult to handle.

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Reseña del editor

The second edition differs from the first in three respects. First, the format is different. Wide margins are now provided so that readers can pencil in small individual notes and comments which may be of assistance to them later on. Second, each chapter has been provided with extra exercises. Generally these are of the more routine variety and have been incorporated hefore the assignment. All the exercises are supplied with answers which are located at the end of the book. Third, some marginal diagrams and ref­ erences have heen included to help illuminate the material and occasionally to indicate where a topic fits into the overall scheme. It is hoped that students will find in the new edition plenty to sustain the development of their mathematical knowledge and skills. The author thanks all those who have contrihuted to the production of this book. eWE Preface to the first edition Students reading for degrees and diplomas in Engineering and Applied Science arrive with a wide variety of mathematical backgrounds. Neverthe­ less by the end of the first year of study all of them must have achieved a minimum standard in mathematics and also have acquired sufficient skill to enable them to cope with the more advanced mathematical topics in the second year. Experience has shown that many students are unable to cope with the traditional mathematics textbooks because they find them remote and the concepts difficult to handle.

Reseña del editor

This book aims to show students that mathematics can be a powerful tool for solving engineering problems, and to provide the sound foundations from which the mathematically inclined engineer can build. Each chapter follows the same programmed structure. The learning objectives are listed and the mathematical material introduced and amplified through the liberal use of worked examples. Workshop sessions are then provided in the form of steps, during which the reader is invited to participate and respond. These steps are organized in such a way that able students can move ahead speedily whereas those experiencing difficulties are given a helping hand. Towards the end of each chapter is a practical section, where a physical problem using some of the mathematics learned is solved. Finally, each chapter is summarized, and tutorial problems with hints and solutions are provided. Further exercises are also supplied for extra practice. Each chapter has been selected to reflect relevant engineering problems. For example, a chapter on difference equations reflecting the increasing attention being given to discrete mathematics is featured. Modern notation has been used, but only when it seems desirable for clarity, and never for its own sake. The author also highlights and tackles a number of misconceptions and errors common to students of engineering mathematics in order to help readers avoid making similar mistakes.

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