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Statistics for Engineers and Scientists cover

Statistics for Engineers and Scientists

by William Navidi

6th Edition

Publisher: McGraw-Hill Higher Education

(0 reviews)
Technology & Engineering

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Book Details

Print ISBN9781266672910
eText ISBN9781265877811
PublisherMcGraw-Hill Higher Education
Publishing Year2024
Edition6th Edition
LanguageEnglish
Pages960

Modern engineering and scientific research demand a highly rigorous, data-driven approach to decision-making. In an era dominated by complex datasets and automated systems, the ability to interpret experimental results accurately is more critical than ever before. Statistics for Engineers and Scientists 6th Edition addresses this modern necessity by bridging the gap between theoretical mathematical concepts and practical, real-world applications. Designed specifically for students who require a solid foundation in applied statistics, this text emphasizes intuitive understanding over rote memorization. By framing statistical theory within the context of actual scientific inquiry, it prepares future professionals to tackle the analytical challenges of contemporary industry.

The scope of this work spans from fundamental descriptive statistics and probability theory to advanced regression modeling and factorial experimental design. William Navidi employs a highly practical methodology, utilizing authentic datasets gathered from genuine research and industrial settings. This approach ensures that students do not merely calculate numbers but actually comprehend what those numbers signify in a laboratory or manufacturing environment. Key themes include the propagation of error, joint probability distributions, and robust hypothesis testing. By focusing on how statistical models are constructed and verified, the text provides a comprehensive toolkit for analyzing experimental variability and optimizing engineering processes.

Distinctive pedagogical features include extensive computer output integration, clear step-by-step examples, and a wealth of diverse exercises that challenge students to apply their knowledge. This edition introduces updated contemporary datasets and refined explanations of difficult concepts, making it an ideal choice for undergraduate courses in engineering, chemistry, physics, and computer science. Instructors and students alike appreciate how the textbook demystifies complex mathematical proofs, making the material highly accessible without sacrificing academic rigor. For those seeking a flexible digital learning experience, the Statistics for Engineers and Scientists 6th Edition PDF offers a convenient way to study these essential analytical methods on any device, ensuring that students can master the material at their own pace.

Table of Contents

  1. Chapter 1: Sampling and Descriptive Statistics

    • • Sampling
    • • Summary Statistics
    • • Graphical Summaries
  2. Chapter 2: Probability

    • • Basic Ideas
    • • Counting Methods
    • • Conditional Probability and Independence
    • • Random Variables
    • • Linear Functions of Random Variables
    • • Jointly Distributed Random Variables
  3. Chapter 3: Propagation of Error

    • • Measurement Error
    • • Linear Combinations of Measurements
    • • Nonlinear Functions of Measurements
  4. Chapter 4: Commonly Used Distributions

    • • The Bernoulli Distribution
    • • The Binomial Distribution
    • • The Poisson Distribution
    • • The Normal Distribution
    • • The Lognormal Distribution
    • • The Exponential Distribution
  5. Chapter 5: Confidence Intervals

    • • Large-Sample Confidence Intervals for a Population Mean
    • • Confidence Intervals for a Population Proportion
    • • Small-Sample Confidence Intervals for a Population Mean
    • • Confidence Intervals for the Difference Between Two Means
  6. Chapter 6: Hypothesis Testing

    • • Large-Sample Hypothesis Tests for a Population Mean
    • • Hypothesis Tests for a Population Proportion
    • • Small-Sample Hypothesis Tests for a Population Mean
    • • Hypothesis Tests for the Difference Between Two Means
  7. Chapter 7: Correlation and Simple Linear Regression

    • • The Least-Squares Line
    • • Evaluating the Fit
    • • Inference in Simple Linear Regression
    • • Correlation
  8. Chapter 8: Multiple Regression

    • • The Multiple Regression Model
    • • Inferences in Multiple Regression
    • • Model Selection Techniques
  9. Chapter 9: Factorial Experiments

    • • One-Way Analysis of Variance
    • • Two-Way Analysis of Variance
    • • Fractional Factorial Designs

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