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Introduction to Error Analysis: The Study of Uncertainties in Physical Measurements
Review A high-quality resource students can continue to learn from, even after they graduate.
Introduction to Error Analysis: The Study of Uncertainties in Physical Measurements
Item #: 1863135

Introduction to Error Analysis: The Study of Uncertainties in Physical Measurements

Item #: 1863135

AED 193

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    Review A high-quality resource students can continue to learn from, even after they graduate.
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    What Stands Out

    Comprehensive Coverage
    This book offers an in-depth exploration of error analysis, covering fundamental concepts and advanced techniques for understanding uncertainties in physical measurements.
    Practical Examples
    Includes real-world examples and practical applications that help readers connect theoretical principles to everyday measurement challenges in various scientific fields.
    Targeted Audience
    Designed for students and professionals in physics and engineering, providing essential tools for enhancing accuracy and reliability in experimental results.

    Product Details

    Shop Introduction to Error Analysis: The Study of Uncertainties in Physical Measurements online at a best price in UAE. 093570275X
    • Best-selling text by John Taylor
    • Introduces study of uncertainties to lower division science students
    • No prior knowledge assumed
    • Uses familiar examples and historic experiments
    • Ideal for physics, chemistry, and engineering lab courses
    • Translated into six languages
    Publisher University Science Books
    Publication date July 14, 1997
    Edition 2nd
    Language English
    Print length 327 pages
    ISBN-10 9780935702750
    ISBN-13 978-0935702750
    Item Weight 13 ounces (368.55 grams)
    Dimensions 7 x 0.73 x 10 inches (17.8 x 1.9 x 25.4 cm)

    Who Should Buy?

    Suitable For
    • Physics Students

      Ideal for undergraduate and graduate students needing structured guidance on error analysis in physical experiments.

    • Science Educators

      A valuable resource for teachers looking to enhance curriculum with real-world examples of measurement uncertainties.

    • Research Scientists

      Beneficial for researchers requiring a comprehensive understanding of uncertainty propagation in experimental data analysis.

    Not Suitable For
    • Casual Readers

      Not suitable for those seeking light reading or general interest material without specialized scientific focus.

    Product Description

    Introduction to Error Analysis: The Study of Uncertainties in Physical Measurements

    About This Item

    Looking to deepen your understanding of uncertainties in physical measurements? Look no further than "An Introduction to Error Analysis: The Study of Uncertainties in Physical Measurements 2nd Edition." This highly-acclaimed resource is perfect for students and professionals alike. Written by esteemed author John Taylor, this book is a testament to his exceptional skills as a lecturer and teacher. As a Professor of Physics and a Presidential Teaching Scholar at the University of Colorado in Boulder, Taylor has garnered numerous teaching awards and accolades. In fact, he even received an Emmy Award for his television series called "Physics 4 Fun." With its comprehensive coverage and insightful explanations, this book is a must-have for anyone studying the study of uncertainties and error analysis in physical measurements.

    Whether you're a student looking to ace your exams or a professional seeking to sharpen your knowledge, this second edition will serve as an invaluable resource. Don't miss out on the opportunity to score a hit with "An Introduction to Error Analysis: The Study of Uncertainties in Physical Measurements 2nd Edition." Get your copy today and unlock the secrets of this fascinating field.

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    Mathematical Physics Editorial Review

    "An Introduction to Error Analysis: The Study of Uncertainties in Physical Measurements" is a highly regarded book that focuses on the importance of error analysis in experimental science. The author, John R. Taylor, provides clear and concise explanations that help readers develop the intuition needed to think critically about measurements. The book serves as a valuable resource for self-study and is filled with plenty of examples to enhance understanding. Many science students, both undergraduate and graduate, find that error analysis is not adequately emphasized in their coursework. However, this book addresses that gap by presenting the topic in a simple and excellent way. It underscores the fundamental nature of error analysis in science and its role in assigning credibility to scientific findings. The high clarity of the book makes it accessible to students at any level. Although the subject matter may not be as inherently interesting as some other areas of physics, the book's accessible language and comprehensive coverage make it a valuable resource for any student of experimental science. The author's dedication of the text to his wife adds a touch of humor and personality to an otherwise technical subject matter. Overall, "An Introduction to Error Analysis: The Study of Uncertainties in Physical Measurements" is an essential book for students and researchers in the field of physics. It provides the necessary tools and knowledge to critically evaluate data and ensure the accuracy of experimental findings.

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    Pros

    • Clear and concise explanations
    • Accessible language for self-study
    • Excellent coverage of error analysis
    • Provides plenty of examples
    • Essential for assigning credibility to scientific findings

    Cons

    • Subject matter may not be as inherently interesting as other areas of physics

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