Latent Variable Models: An Introduction to Factor, Path, and Structural Equation Analysis (Latent Variable Models: An Introduction to)

This book introduces multiple-latent variable models by utilizing path diagrams to explain the underlying relationships in the models. This approach helps less mathematically inclined students grasp the underlying relationships between path analysis, factor analysis, and structural equation modeling more easily. A few sections of the book make use of elementary matrix algebra. An appendix on the topic is provided for those who need a review. The author maintains an informal style so as to increase the book's accessibility. Notes at the end of each chapter provide some of the more technical details. The book is not tied to a particular computer program, but special attention is paid to LISREL, EQS, AMOS, and Mx. New in the fourth edition of Latent Variable Models: \*a data CD that features the correlation and covariance matrices used in the exercises; \*new sections on missing data, non-normality, mediation, factorial invariance, and automating the construction of path diagrams; and \*reorganization of chapters 3-7 to enhance the flow of the book and its flexibility for teaching. Intended for advanced students and researchers in the areas of social, educational, clinical, industrial, consumer, personality, and developmental psychology, sociology, political science, and marketing, some prior familiarity with correlation and regression is helpful.

this Book Introduces Multiple-latent Variable Models By Utilizing Path Diagrams To Explain The Underlying Relationships In The Models. This Approach Helps Less Mathematically Inclined Students Grasp The Underlying Relationships Between Path Analysis, Factor Analysis, And Structural Equation Modeling More Easily. A Few Sections Of The Book Make Use Of Elementary Matrix Algebra. An Appendix On The Topic Is Provided For Those Who Need A Review. The Author Maintains An Informal Style So As To Increase The Book's Accessibility. Notes At The End Of Each Chapter Provide Some Of The More Technical Details. The Book Is Not Tied To A Particular Computer Program, But Special Attention Is Paid To Lisrel, Eqs, Amos, And Mx.

new In The Fourth Edition Of latent Variable Models:
*a Data Cd That Features The Correlation And Covariance Matrices Used In The Exercises;
*new Sections On Missing Data, Non-normality, Mediation, Factorial Invariance, And Automating The Construction Of Path Diagrams; And
*reorganization Of Chapters 3-7 To Enhance The Flow Of The Book And Its Flexibility For Teaching.

intended For Advanced Students And Researchers In The Areas Of Social, Educational, Clinical, Industrial, Consumer, Personality, And Developmental Psychology, Sociology, Political Science, And Marketing, Some Prior Familiarity With Correlation And Regression Is Helpful.

"This book introduces multiple-latent variable models by utilizing path diagrams to explain the underlying relationships in the models. This approach helps less mathematically inclined students grasp the underlying relationships between path analysis, factor analysis, and structural equation modeling more easily. A few sections of the book make use of elementary matrix algebra. An appendix on the topic is provided for those who need a review. The author maintains an informal style so as to increase the book's accessibility. Notes at the end of each chapter provide some of the more technical details. The book is not tied to a particular computer program, but special attention is paid to LISREL, EQS, AMOS, and Mx."--Jacket Scientists dealing with behavior, especially those who observe it occurring in its natural settings, rarely have the luxury of the simple bivariate experiment, in which a single independent variable is manipulated and the consequences observed for a single dependent variable. Latent Variable Models is a simply tremendous statistics book. It is masterfully, and authoritatively written, with a touch of humor here and there. It is -- by far -- the best book on structural equations and related models.