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This innovative text was written for the one or two-semester, sophomore/junior level advanced math course for engineers. It was built from the ground up using a Computer Algebra System, offering the student opportunities to visualize and experience the math at every turn. The text has been designed to accommodate a variety of teaching styles, and varying levels on technology integration. It has a logical arrangement with many short self-contained sections, and many real-world applications of interest to engineering students. Chapter Introductions and Chapter Summaries help to make the material more accessible, and Chapter Review Exercises provides constant checks along the way.
This text investigates how the integration of Computer Algebra Systems can enhance the comprehension of advanced mathematical concepts for engineering students. Robert Lopez utilizes his background in computational mathematics to structure a curriculum that bridges theoretical calculus with practical engineering applications. The book employs a modular design, utilizing short, self-contained sections to facilitate flexible teaching styles and varying levels of technological engagement within the classroom.
What You Will Find
Educators frequently highlight this text for its logical organization and its emphasis on modern computational tools. It is considered a practical resource for students requiring a bridge between abstract mathematical theory and applied engineering problem-solving.
Page Count:
1300
Publication Date:
2000-11-13
Publisher:
Addison Wesley
ISBN-10:
0201380730
ISBN-13:
9780201380736
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