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Mathematics for Electrical Engineering and Computing
Fundamental principles of mathematics introduced and applied in engineering practice, reinforced through over 300 examples directly relevant to real-world engineering.
Mathematics for Electrical Engineering and Computing
Item #: 4120975

Mathematics for Electrical Engineering and Computing

Item #: 4120975

AMD 28291

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Fundamental principles of mathematics introduced and applied in engineering practice, reinforced through over 300 examples directly relevant to real-world engineering.
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What Stands Out

Comprehensive Coverage
This textbook offers extensive coverage of mathematical concepts crucial for electrical engineering and computing, providing a solid foundation for students pursuing advanced topics in these fields.
Practical Applications
The book includes real-world applications and examples, ensuring that students can see the relevance of mathematics in engineering problems, enhancing their understanding and retention of complex ideas.
Student-Friendly Format
Designed for ease of understanding, this edition incorporates clear explanations, illustrations, and exercises that cater to diverse learning styles, making it accessible for students of varying mathematical backgrounds.

Product Details

Shop Mathematics for Electrical Engineering and Computing online at a best price in Armenia. 075065855X
Publisher Newnes
Publication date September 9, 2003
Edition 1st
Language English
Print length 576 pages
ISBN-10 075065855X
ISBN-13 978-0750658553
Item Weight 2.7 pounds (1.22 kg)
Dimensions 7.5 x 1.3 x 10.5 inches (19.1 x 3.3 x 26.7 cm)

Who Should Buy?

Suitable For
  • Electrical Engineering Students

    Ideal for students studying electrical engineering, providing foundational knowledge in mathematics essential for their coursework.

  • Computing Enthusiasts

    Beneficial for computing students needing a solid grasp of mathematical principles to excel in programming and algorithms.

  • Educators in STEM

    Useful resource for educators teaching mathematics in STEM fields, offering structured approaches and explanations for complex concepts.

Not Suitable For
  • General Audience

    Not suitable for those outside technical fields who lack a background in mathematics related to engineering and computing.

Product Description

Mathematics for Electrical Engineering and Computing

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Customer Questions & Answers

  • Question: What topics are covered in Mathematics For Electrical Engineering And Computing?

    Answer: This book covers a wide range of topics essential for electrical engineering and computing, including calculus, linear algebra, differential equations, and complex analysis. These mathematical foundations are crucial for understanding engineering concepts, such as circuit analysis and signal processing. For instance, linear algebra may be used in solving systems of equations in circuit design, while calculus is essential for understanding changes in electrical signals.
  • Question: Who is the target audience for Mathematics For Electrical Engineering And Computing?

    Answer: The primary audience for this book includes undergraduate students pursuing degrees in electrical engineering, computer science, and related fields. Additionally, it serves as a valuable resource for professionals looking to refresh their mathematical knowledge. The book is designed to bridge theoretical concepts with practical applications, making it ideal for anyone looking to enhance their mathematical skills for real-world engineering problems.
  • Question: How does Mathematics For Electrical Engineering And Computing help in practical applications?

    Answer: This text integrates mathematical theory with real-world applications in engineering and computing, enabling students to apply what they learn directly to problems they will face in their careers. For example, it illustrates how complex numbers are utilized in analyzing alternating current circuits. By understanding these applications, students can grasp the relevancy of mathematics in their engineering endeavors.
  • Question: Is Mathematics For Electrical Engineering And Computing suitable for self-study?

    Answer: Yes, this book is well-suited for self-study due to its clear explanations and structured layout. Each chapter builds on previous concepts, with numerous examples and exercises to reinforce understanding. Self-learners can benefit from the practical examples that illustrate the application of mathematics in engineering, making the study process more relevant and engaging.
  • Question: Are there any companion resources for Mathematics For Electrical Engineering And Computing?

    Answer: Some editions of the book may include supplementary materials such as online resources, problem sets, and solutions. These additional resources enhance the learning experience by providing further practice and context to the mathematical concepts discussed. Utilizing these materials can deepen understanding and aid in mastering the necessary skills for electrical engineering and computing.
  • Question: Can Mathematics For Electrical Engineering And Computing help in exam preparation?

    Answer: Absolutely, this book provides a solid foundation in essential mathematics, which is critical for success in exams related to electrical engineering and computing. With comprehensive exercises and problem-solving techniques, students can use it as a primary study tool to prepare for assessments. Students often find that the practice problems mirror the types of questions encountered in exams, further reinforcing their knowledge.
  • Question: What makes Mathematics For Electrical Engineering And Computing different from other mathematics textbooks?

    Answer: This book is specifically tailored for the fields of electrical engineering and computing, providing context and applications related to those disciplines. Unlike general mathematics texts, it focuses on the problems and math skills that are most applicable to engineering students. This alignment ensures that readers can immediately see the relevance of what they're learning.
  • Question: Is there an emphasis on real-world examples in Mathematics For Electrical Engineering And Computing?

    Answer: Yes, the book frequently incorporates real-world examples to illustrate the practical applications of mathematical concepts. By doing this, it helps students understand how these theories function in actual engineering scenarios, such as analyzing electrical circuits or optimizing computing algorithms. This focus on application encourages students to think critically and apply their knowledge effectively.
  • Question: What level of mathematical background is needed to understand Mathematics For Electrical Engineering And Computing?

    Answer: A basic understanding of high school mathematics is recommended for readers of this book. Knowledge of algebra and fundamental calculus concepts will help in grasping the material. As the book gradually progresses to more complex topics, students with a foundational knowledge in these areas can effectively engage with the content and develop their skills further.
  • Question: Where can I buy Mathematics For Electrical Engineering And Computing in Armenia?

    Answer: You can buy Mathematics For Electrical Engineering And Computing at Ubuy. Ubuy offers easy access to this essential textbook, making it convenient for students and professionals alike to obtain the resources needed for their studies and careers in electrical engineering and computing.

Software Development Editorial Review

Mathematics for Electrical Engineering and Computing is published by Newnes and spans 576 pages, making it a comprehensive reference for engineers and computing professionals. Reviewers commend Mary P Attenborough's effort in explaining complex mathematical concepts, noting the book offers clear examples and incremental learning while covering a wide array of topics efficiently. However, some readers caution that the book is dense and may require additional resources for complete understanding. There have also been mentions of issues with the book’s associated online resources, which were noted to be either outdated or unavailable. Despite these concerns, many find this book invaluable for referencing practical mathematics, particularly for those already familiar with the material.

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Pros

  • Detailed explanations of complex math concepts
  • Wide array of topics covered
  • Clear, incremental examples provided
  • Great as a desk reference for engineers
  • Suitable for individuals needing quick math references

Cons

  • Online resource links may lead to outdated websites

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