CONTENTS Lecture No ------------------------------------------------------------------------- * SYLLABUS AND INTRODUCTION 1 * ONE SAMPLE PROBLEMS Inference about population mean 1,2 Inference about population variance 3,4 Inference about population proportion 4,5 Interpretation of confidence intervals Applications of CI Tests: small and large n An experiment (ESP) Graphical methods for checking normality 5 * TWO SAMPLE PROBLEMS Normal theory Inference about two population means 6,7 Independent samples Paired samples Test for the equality of two variances Computer demo on SAS and Minitab 6 Inference about two population proportions 8 Reviews and examples 8,9 Nonparametric methods Wicoxon rank sum test 9,10 Sign test: 0.5 correction, small and large samples 10,11 Wicoxon signed rank test 12 Summary and more review 12,13 * TWO OR MORE SAMPLES PROBLEM One-way ANOVA 13,14 Graphical examination of assumptions and ANOVA models 14 **** Review **** 15 **** Midterm Exam **** 16 **** Solutions to the Midterm Exam and Beyond **** 17 Randomized Block Design 17 Multiple comparisons 18 Other ANOVA models -- fixed and random effects 18 Nonparametric techniques for 2 or more samples 19 * Chisquare Tests 20 Goodness of Fit tests 20,21 Test of Independence 21 **** Review and Group Work **** 22 * Regression 23 Scatter Plot Best linear fit: LSE Underlying linear models and assumptions Assessing the model (diagnostics) 24 Estimate of sigma^2 Facts (distribution) about betahat and muhat(x): t-Tests, CI and Prediction Intervals 25 F-test and ANOVA table: another test for slope Coefficient of determination: R^2 Correlation Coefficient: r Recap Regression Effect and "Money test" 26 Model corrections 27 *** Review *** 28