Description

Book Synopsis

Statistics with JMP: Hypothesis Tests, ANOVA and Regression

Peter Goos, University of Leuven and University of Antwerp, Belgium

David Meintrup, University of Applied Sciences Ingolstadt, Germany

A first course on basic statistical methodology using JMP

This book provides a first course on parameter estimation (point estimates and confidence interval estimates), hypothesis testing, ANOVA and simple linear regression. The authors approach combines mathematical depth with numerous examples and demonstrations using the JMP software.

Key features:

  • Provides a comprehensive and rigorous presentation of introductory statistics that has been extensively classroom tested.
  • Pays attention to the usual parametric hypothesis tests as well as to non-parametric tests (including the calculation of exact p-values).
  • Discusses the power of various statistical tests, along with examples in JMP to

    Trade Review
    "Masters and advanced students in applied statistics, industrial engineering, business engineering, civil engineering and bio-science engineering will find this book beneficial. It also provides a useful resource for teachers of statistics particularly in the area of engineering." (Zentralblatt MATH 2016)

    Table of Contents

    Dedication iii

    Preface xiii

    Acknowledgements xvii

    Part One Estimators and tests 1

    1 Estimating population parameters 3

    2 Interval estimators 37

    3 Hypothesis tests 71

    Part Two One population 103

    4 Hypothesis tests for a population mean, proportion or variance 105

    5 Two hypothesis tests for the median of a population 149

    6 Hypothesis tests for the distribution of a population 175

    Part Three Two populations

    7 Independent versus paired samples 213

    8 Hypothesis tests for means, proportions and variances of two independent samples 219

    9 A nonparametric hypothesis test for the medians of two independent samples 263

    10 Hypothesis tests for the population mean of two paired samples 285

    11 Two nonparametric hypothesis tests for paired samples 305

    Part Four More than two populations 325

    12 Hypothesis tests for more than two population means: one-way analysis of variance 327

    13 Nonparametric alternatives to an analysis of variance 375

    14 Hypothesis tests for more than two population variances 401

    Part Five More useful tests and procedures 417

    15 Design of experiments and data collection 419

    16 Testing equivalence 427

    17 Estimation and testing of correlation and association 445

    18 An introduction to regression modeling 481

    19 Simple linear regression 493

    A Binomial distribution 589

    B Standard normal distribution 593

    C X2-distribution 595

    D Student’s t-distribution 597

    E Wilcoxon signed-rank test 599

    F Critical values for the Shapiro-Wilk test 605

    G Fisher’s F-distribution 607

    H Wilcoxon rank-sum test 615

    I Studentized range or Q-distribution 625

    J Two-sided Dunnett test 629

    K One-sided Dunnett test 633

    L Kruskal-Wallis-Test 637

    M Rank correlation test 641

    Index 643

Statistics with JMP Hypothesis Tests ANOVA and

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    A Hardback by Peter Goos, David Meintrup


      View other formats and editions of Statistics with JMP Hypothesis Tests ANOVA and by Peter Goos

      Publisher: John Wiley & Sons Inc
      Publication Date: 12/04/2016
      ISBN13: 9781119097150, 978-1119097150
      ISBN10: 1119097150

      Description

      Book Synopsis

      Statistics with JMP: Hypothesis Tests, ANOVA and Regression

      Peter Goos, University of Leuven and University of Antwerp, Belgium

      David Meintrup, University of Applied Sciences Ingolstadt, Germany

      A first course on basic statistical methodology using JMP

      This book provides a first course on parameter estimation (point estimates and confidence interval estimates), hypothesis testing, ANOVA and simple linear regression. The authors approach combines mathematical depth with numerous examples and demonstrations using the JMP software.

      Key features:

      • Provides a comprehensive and rigorous presentation of introductory statistics that has been extensively classroom tested.
      • Pays attention to the usual parametric hypothesis tests as well as to non-parametric tests (including the calculation of exact p-values).
      • Discusses the power of various statistical tests, along with examples in JMP to

        Trade Review
        "Masters and advanced students in applied statistics, industrial engineering, business engineering, civil engineering and bio-science engineering will find this book beneficial. It also provides a useful resource for teachers of statistics particularly in the area of engineering." (Zentralblatt MATH 2016)

        Table of Contents

        Dedication iii

        Preface xiii

        Acknowledgements xvii

        Part One Estimators and tests 1

        1 Estimating population parameters 3

        2 Interval estimators 37

        3 Hypothesis tests 71

        Part Two One population 103

        4 Hypothesis tests for a population mean, proportion or variance 105

        5 Two hypothesis tests for the median of a population 149

        6 Hypothesis tests for the distribution of a population 175

        Part Three Two populations

        7 Independent versus paired samples 213

        8 Hypothesis tests for means, proportions and variances of two independent samples 219

        9 A nonparametric hypothesis test for the medians of two independent samples 263

        10 Hypothesis tests for the population mean of two paired samples 285

        11 Two nonparametric hypothesis tests for paired samples 305

        Part Four More than two populations 325

        12 Hypothesis tests for more than two population means: one-way analysis of variance 327

        13 Nonparametric alternatives to an analysis of variance 375

        14 Hypothesis tests for more than two population variances 401

        Part Five More useful tests and procedures 417

        15 Design of experiments and data collection 419

        16 Testing equivalence 427

        17 Estimation and testing of correlation and association 445

        18 An introduction to regression modeling 481

        19 Simple linear regression 493

        A Binomial distribution 589

        B Standard normal distribution 593

        C X2-distribution 595

        D Student’s t-distribution 597

        E Wilcoxon signed-rank test 599

        F Critical values for the Shapiro-Wilk test 605

        G Fisher’s F-distribution 607

        H Wilcoxon rank-sum test 615

        I Studentized range or Q-distribution 625

        J Two-sided Dunnett test 629

        K One-sided Dunnett test 633

        L Kruskal-Wallis-Test 637

        M Rank correlation test 641

        Index 643

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