
What Confirmatory Factor Analysis (CFA) is, and what it adds to traditional statistical models, based on variables that are assumed to be measured without error.
How CFA makes our constructs free of measurement error
Explanation of CFA in the context of the family of Structural Equation Models.
How to assess convergent and discriminant validities, as well as "composite reliability" (CR), AVE, and more.
Step by step solution to exercise 01 - please check "Resources" for supporting files (including data and solutions).
Step by step solution to exercise 01 - please check "Resources" for supporting files (including data and solutions).
Step by step solution to exercise 01 - please check "Resources" for supporting files (including data and solutions).
Step by step solution to exercise 02 - please check "Resources" for supporting files (including data and solutions).
Step by step solution to exercise 03 - please check "Resources" for supporting files (including data and solutions).
Step by step solution to exercise 02 - please check "Resources" for supporting files (including data and solutions).
Step by step solution to exercise 02 - please check "Resources" for supporting files (including data and solutions).
Step by step solution to exercise 02 - please check "Resources" for supporting files (including data and solutions).
Step by step solution to exercise 02 - please check "Resources" for supporting files (including data and solutions).
Step by step solution to exercise 02 - please check "Resources" for supporting files (including data and solutions).
Step by step solution to exercise 02 - please check "Resources" for supporting files (including data and solutions).
Explore theory of planned behavior via a five-construct path analysis, where attitude and subjective norm influence intention, which directly predicts behavior, with perceived behavioral control acting through intention, using Amos.
Principles behind path analysis that can help you understand confirmatory factor analysis.
Path analysis is the most basic type of analysis that Amos allows.
If you are not familiar with this technique, this videos can help you.
If you want to learn more about path analysis with Amos, please check my other courses: Path Analysis and Mediation with Amos and IBM Amos - Complete Course (here on Udemy).
Principles behind path analysis that can help you understand confirmatory factor analysis.
Path analysis is the most basic type of analysis that Amos allows.
If you are not familiar with this technique, this videos can help you.
If you want to learn more about path analysis with Amos, please check my other courses: Path Analysis and Mediation with Amos and IBM Amos - Complete Course (here on Udemy).
Principles behind path analysis that can help you understand confirmatory factor analysis.
Path analysis is the most basic type of analysis that Amos allows.
If you are not familiar with this technique, this videos can help you.
If you want to learn more about path analysis with Amos, please check my other courses: Path Analysis and Mediation with Amos and IBM Amos - Complete Course (here on Udemy).
In this new section, mediation effects are debated, and some exercises are proposed. I would like to manifest my gratitude for the comments and suggestions provided by those enrolled in the course: I am here for you!
Explore mediation in theory of planned behavior by testing direct effects between perceived behavioural control and behavior, reintroducing intention as mediator, and distinguishing partial versus full mediation through indirect effects.
Test direct and indirect effects between trust in the agent and long-term commitment using SPSS Amos, comparing models with and without a mediator and evaluating bootstrap results for mediation.
A "full structural equation model" or "full-SEM" is just path analysis, but using latent variables, instead of simple directly observed variables. Now that we know what a latent variable is (from confirmatory factor analysis), and that we understand what path analysis is all about, we are a small step to get a complete grasp of this family of methods.
The course in which you enrolled is called "Confirmatory Factor Analysis" ("CFA" for short). But CFA is just one of the three members of the SEM family. The other two members are "Path Analysis" and "Full-SEM" models.
With these new materials, your introduction to the whole family of methods that Amos allows you to do is complete.
Once again, I want to say thank you for the precious comments of enrolled students that motivated me to enhance the course.
I am here trying to provide you with the best service I can: that is my goal and aspiration.
Kind regards for you all.
Luís
Analyze a full structural equation modelling exercise in SPSS Amos, starting with a simple path analysis and examining reliability of items in a saturated model with zero degrees of freedom.
Transform simple constructs into latent constructs with full SEM and CFA, address measurement error, and use bootstrap, fit indices, and modification indices to improve model fit.
Transform the confirmatory factor analysis into a full structural equation model by replacing correlations with regression weights among latent variables, highlighting trust in the company predicting long-term commitment.
In this course you will learn how to develop valid and reliable instruments to collect data.
You will learn how to measure item reliability in the context of confirmatory factor analysis.
You will be able to assess the validity of your constructs (by measuring convergent and discriminant validities).
The course contains very detailed exercises, that are solved step by step, so that you can understand how to apply each step to your own models.