Chapter
Step 5: The uncontrolled effect of predictor (Model 5)
Step 6: The controlled effect of group (Model 6)
Step 7: Examining covariance structure
Compound symmetry (CS) covariance structure (Model 7a)
First-order autoregressive (AR1) covariance structure (Model 7b)
Unstructured (UN) covariance structure (Model 7a)
How to plot growth curves based on SPSS output? Illustrations based on a study
on adolescent development
Baseline growth curve model
Using longitudinal data in the project P.A.T.H.S.
Chinese Positive Youth Development Scale (CPYDS)
Example 1: CPYDS12 as an outcome indicator
Example 2: Delinquent behaviors
Model 1: The effect of group on CPYDS12
Model 2: The effect of group on Delinq
Confirmatory factor analysis using AMOS:
First-order model and higher-order model
Non-nested model comparison
An illustration of conducting CFA
Examining the primary-order factor structure of Form B
Step 2: Model specification with AMOS Graphics
Step 3: Parameter estimation
Step 4: Read AMOS text output
Summary of model, parameters and estimation
1. Individual parameter estimation
2. Parameter estimation for the whole model
Step 5: Model modification
Examining the higher-order factor structure
Testing factorial invariance across groups: An illustration using AMOS
Meaning of factorial invariance and related tests
Procedure of factorial invariance testing
An illustration of testing factorial invariance using AMOS 17.0 program
Step 1: Preliminary single group analyses
Step 2: Testing configural invariance
Step 3: Testing a fully constrained model
Step 4: Testing for factor loading invariance
Step 5: Testing for structural invariance
Step 6: Testing for item uniqueness invariance
The “Manage Group” dialog box: Addition of a new group
Labeling of a new group in the manage group dialog box
The identification of data files
The “Object Properties” option in the right-click menu
The “Object Properties” dialog box: Labeling one factor loading.
The use of confirmatory factor analyses in adolescent research: Project P.A.T.H.S. in Hong Kong
Using longitudinal data in the Project P.A.T.H.S. as an example
Participants and procedures
Step 1: Testing a 3-factor model (Model 1)
Steps 3 and 4: Testing a 4-factor hierarchical model (Models 2a and 2b)
Step 5: Testing configural invariance (Models 3)
Step 6: Testing first-order factor loading invariance (Model 4)
Step 7: Testing second-order factor loading invariance (Model 5)
Family functioning, positive youth development and internet addiction in junior secondary school students: Structural equation models using AMOS
Full latent variable model
Testing full latent variable model: An illustration
Step 1: Confirmatory factor analysis
Step 2: Full model testing
Step 3: Competitive models testing
Using structural equation modeling to examine consumption of pornographic materials in Chinese adolescents in Hong Kong
The Chinese Positive Youth Development Scale (CPYDS)
The Chinese Family Assessment Instrument (CFAI)
Exposure to pornographic materials
Step 1: Testing a direct effect model (Model 1)
Step 2: Testing a direct and indirect effect model (Model 2)
Step 3: Testing an additional path (Model 1a)
Creating matrices and checking for normality
LISREL outputs for testing a direct effect model (Model 1)
LISREL outputs for testing a direct and indirect effect model (Model 2)
LISREL outputs for testing an additional path (Model 1a)
Intention to engage in sexual behavior: Influence of family functioning and positive youth development over time
The Chinese Positive Youth Development Scale (CPYDS)
The Chinese Family Assessment Instrument (CFAI)
Behavioral intention: sexual activity
Step 1: Testing an autoregressive model (Model 1)
Step 2: Testing the mediating effect of PYD (i.e., Family T2 (PYD T1(SB T2) (Model 2)
Step 3: Testing the mediating effect of family functioning (i.e., PYD T1(Family T2(SB T2) (Model 3)
Step 4: Testing a full cross-lagged model (i.e., FamilyT1(PYD T2(SB T2 ; PYD T1(Family T2(SB T2 ) (Model 4)
Objective outcome evaluation of a positive youth development program in China
Assessment of positive youth development
Assessment of thriving and positive behavior
Assessment of adolescent problem behavior
Subjective outcome evaluation
Subjective outcome evaluation of the training program of the project P.A.T.H.S.: Findings based on the revised
Subjective outcome evaluation of a positive youth development program in China
The Chinese adolescent materialism scale: Psychometric properties and normative profiles
Data analysis strategies for factor analyses
The Chinese Adolescent Egocentrism Scale: Psychometric properties and
Chinese Adolescent Egocentrism Scale (CAES)
The Chinese Morality Scale
The Chinese Version of the Interpersonal Reactivity Index (C-IRI)
The Chinese Adolescent Materialism Scale (CAMS)
The Chinese Spirituality Scale
Exploratory factor analysis
Confirmatory factor analyses
Section three: Acknowledgement
About the Department of Applied Social Sciences, the Hong Kong Polytechnic University
About the National Institute of Child Health and Human Development in Israel
Service and academic activities
International collaborations
About the book series “Pediatrics, child and adolescent health”