1
  EQS, A STRUCTURAL EQUATION PROGRAM          MULTIVARIATE SOFTWARE, INC.
  COPYRIGHT BY P.M. BENTLER                   VERSION 6.2 (C) 1985 - 2012 (B99).

    PROGRAM CONTROL INFORMATION

     1  /TITLE                                                                          
     2  MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCION                  
     3                                                                                  
     4  /SPECIFICATIONS                                                                 
     5  DATA='c:\users\blanca astrid\desktop\doctorado - afc - 20140911.ess';           
     6  VARIABLES=35; CASES=320;                                                        
     7  METHOD=ML; ANALYSIS=COVARIANCE; MATRIX=RAW;                                     
     8  /LABELS                                                                         
     9  V1=CPBI1; V2=CPBI2; V3=CPBI3; V4=CPCI4; V5=CPCI5;                               
    10  V6=CPCI6; V7=CPCI7; V8=CPCR8; V9=CPCR9; V10=CPCR10;                             
    11  V11=CPCR11; V12=CPIP12; V13=CPIP13; V14=CPIP14; V15=CPIP15;                     
    12  V16=CPIP16; V17=CCR17; V18=CCR18; V19=CCR19; V20=CCRC20;                        
    13  V21=CCRC21; V22=CCRC22; V23=CCA23; V24=CCA24; V25=CCA25;                        
    14  V26=CCA26; V27=CCT27; V28=CCT28; V29=CCT29; V30=S1;                             
    15  V31=S2; V32=S3; V33=S4; V34=S5; V35=S6;                                         
    16                                                                                  
    17  /EQUATIONS                                                                      
    18  V1 =   1F1 + E1; !COMP PARTICIPATIVO BUSQUEDA INFORMACIÓN                       
    19  V2 =   *F1 + E2;                                                                
    20  V3 =   *F1 + E3;                                                                
    21                                                                                  
    22  V4 =   1F2 + E4; !COMP PARTICIPATIVO COMPARTIR INFORMACIÓN                      
    23  V5 =   *F2 + E5;                                                                
    24  V6 =   *F2 + E6;                                                                
    25  V7 =   *F2 + E7;                                                                
    26                                                                                  
    27  V8 =   1F3 + E8; !COMP PARTICIPATIVO COMP RESPONSABLE                           
    28  V9 =   *F3 + E9;                                                                
    29  V10 =   *F3 + E10;                                                              
    30  V11 =   *F3 + E11;                                                              
    31                                                                                  
    32  V12 =   1F4 + E12; !COMP PARTICIPATIVO INTERACCIÓN PERSONAL                     
    33  V13 =   *F4 + E13;                                                              
    34  V14 =   *F4 + E14;                                                              
    35  V15 =   *F4 + E15;                                                              
    36  V16 =   *F4 + E16;                                                              
    37                                                                                  
    38  V17 =   1F5 + E17; !COMP CIUDADANO REALIMENTACIÓN                               
    39  V18 =   *F5 + E18;                                                              
    40  V19 =   *F5 + E19;                                                              
    41                                                                                  
    42  V20 =   1F6 + E20; !COMP CIUDADANO RECOMENDACIÓN                                
    43  V21 =   *F6 + E21;                                                              
    44  V22 =   *F6 + E22;                                                              
    45                                                                                  
    46  V23 =   1F7 + E23; !COMP CIUDADANO AYUDA                                        
    47  V24 =   *F7 + E24;                                                              
    48  V25 =   *F7 + E25;                                                              
    49  V26 =   *F7 + E26;                                                              
    50                                                                                  
    51  V27 =   1F8 + E27; !COMP CIUDADANO TOLERANCIA                                   
    52  V28 =   *F8 + E28;                                                              

 11-SEP-14      PAGE:   2  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

    53  V29 =   *F8 + E29;                                                              
    54                                                                                  
    55  V30 =   1F9 + E30; !SATISFACCIÓN                                                
    56  V31 =   *F9 + E31;                                                              
    57  V32 =   *F9 + E32;                                                              
    58  V33 =   *F9 + E33;                                                              
    59  V34 =   *F9 + E34;                                                              
    60  V35 =   *F9 + E35;                                                              
    61                                                                                  
    62  F9 = *F8 + *F7 + *F6 + *F5 + *F4 + *F3 + *F2 + *F1 + D9; !ECUACIONES ESTRUCTURAL
    63                                                                                  
    64  /VARIANCES                                                                      
    65   F1 = *;                                                                        
    66   F2 = *;                                                                        
    67   F3 = *;                                                                        
    68   F4 = *;                                                                        
    69   F5 = *;                                                                        
    70   F6 = *;                                                                        
    71   F7 = *;                                                                        
    72   F8 = *;                                                                        
    73   !F9 = 1; !SE ELIMINA LA VARIANZA DEL FACTOR DEPENDIENTE 9                      
    74                                                                                  
    75   E1 = *;                                                                        
    76   E2 = *;                                                                        
    77   E3 = *;                                                                        
    78   E4 = *;                                                                        
    79   E5 = *;                                                                        
    80   E6 = *;                                                                        
    81   E7 = *;                                                                        
    82   E8 = *;                                                                        
    83   E9 = *;                                                                        
    84   E10 = *;                                                                       
    85   E11 = *;                                                                       
    86   E12 = *;                                                                       
    87   E13 = *;                                                                       
    88   E14 = *;                                                                       
    89   E15 = *;                                                                       
    90   E16 = *;                                                                       
    91   E17 = *;                                                                       
    92   E18 = *;                                                                       
    93   E19 = *;                                                                       
    94   E20 = *;                                                                       
    95   E21 = *;                                                                       
    96   E22 = *;                                                                       
    97   E23 = *;                                                                       
    98   E24 = *;                                                                       
    99   E25 = *;                                                                       
   100   E26 = *;                                                                       
   101   E27 = *;                                                                       
   102   E28 = *;                                                                       
   103   E29 = *;                                                                       
   104   E30 = *;                                                                       
   105   E31 = *;                                                                       
   106   E32 = *;                                                                       
   107   E33 = *;                                                                       
   108   E34 = *;                                                                       
   109   E35 = *;                                                                       

 11-SEP-14      PAGE:   3  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

   110                                                                                  
   111  D9 = *;  !ERROR DEL FACTOR DEPENDIENTE SATISFACCION F9                          
   112                                                                                  
   113  /COVARIANCES                                                                    
   114  F1,F2 = *;                                                                      
   115  F1,F3 = *;                                                                      
   116  F2,F3 = *;                                                                      
   117  F1,F4 = *;                                                                      
   118  F2,F4 = *;                                                                      
   119  F3,F4 = *;                                                                      
   120  F1,F5 = *;                                                                      
   121  F2,F5 = *;                                                                      
   122  F3,F5 = *;                                                                      
   123  F4,F5 = *;                                                                      
   124  F1,F6 = *;                                                                      
   125  F2,F6 = *;                                                                      
   126  F3,F6 = *;                                                                      
   127  F4,F6 = *;                                                                      
   128  F5,F6 = *;                                                                      
   129  F1,F7 = *;                                                                      
   130  F2,F7 = *;                                                                      
   131  F3,F7 = *;                                                                      
   132  F4,F7 = *;                                                                      
   133  F5,F7 = *;                                                                      
   134  F6,F7 = *;                                                                      
   135  F1,F8 = *;                                                                      
   136  F2,F8 = *;                                                                      
   137  F3,F8 = *;                                                                      
   138  F4,F8 = *;                                                                      
   139  F5,F8 = *;                                                                      
   140  F6,F8 = *;                                                                      
   141  F7,F8 = *;                                                                      
   142  !F1,F9 = *; !ELIMINAMOS LAS COVARIANZAS DONDE APARECE EL FACTOR DEPENDIENTE SATI
   143  !F2,F9 = *;                                                                     
   144  !F3,F9 = *;                                                                     
   145  !F4,F9 = *;                                                                     
   146  !F5,F9 = *;                                                                     
   147  !F6,F9 = *;                                                                     
   148  !F7,F9 = *;                                                                     
   149  !F8,F9 = *;                                                                     
   150                                                                                  
   151  /PRINT                                                                          
   152  !EIS;                                                                           
   153  FIT=ALL;                                                                        
   154  !TABLE=EQUATION;                                                                
   155                                                                                  
   156  /LMTEST                                                                         
   157  /WTEST                                                                          
   158                                                                                  
   159  /END                                                                            

      159 RECORDS OF INPUT MODEL FILE WERE READ

    DATA IS READ FROM c:\users\blanca astrid\desktop\doctorado - afc - 20140911.ess                                                                                                                                                                                                   
    THERE ARE  35 VARIABLES AND   320 CASES
    IT IS A RAW DATA ESS FILE

 11-SEP-14      PAGE:   4  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  SAMPLE STATISTICS BASED ON COMPLETE CASES

                            UNIVARIATE STATISTICS
                            ---------------------

   VARIABLE         CPBI1      CPBI2      CPBI3      CPCI4      CPCI5   
                       V1         V2         V3         V4         V5  

   MEAN               3.7750     3.8938     3.6406     3.6562     3.7625

   SKEWNESS (G1)     -0.9956    -1.0120    -0.7511    -0.5277    -0.7967

   KURTOSIS (G2)      1.3129     0.2090    -0.0112     0.4412     0.8460

   STANDARD DEV.      0.8884     1.1480     1.0823     0.8458     0.8074

   VARIABLE         CPCI6      CPCI7      CPCR8      CPCR9      CPCR10  
                       V6         V7         V8         V9         V10 

   MEAN               3.7406     3.7687     4.0344     4.0500     4.1125

   SKEWNESS (G1)     -0.4767    -0.7097    -0.9886    -0.8744    -0.9759

   KURTOSIS (G2)      0.2757     0.8152     1.6939     1.5527     2.0029

   STANDARD DEV.      0.8295     0.8207     0.8087     0.7537     0.7384

   VARIABLE         CPCR11     CPIP12     CPIP13     CPIP14     CPIP15  
                       V11        V12        V13        V14        V15 

   MEAN               4.1688     4.3437     4.4656     4.0469     4.4094

   SKEWNESS (G1)     -1.2484    -1.3027    -1.7305    -0.9691    -1.5053

   KURTOSIS (G2)      3.1326     2.2608     5.4154     1.2223     4.7733

   STANDARD DEV.      0.7695     0.7640     0.6803     0.8822     0.6751

   VARIABLE         CPIP16     CCR17      CCR18      CCR19      CCRC20  
                       V16        V17        V18        V19        V20 

   MEAN               4.1813     3.1906     3.7750     3.4813     3.9875

   SKEWNESS (G1)     -1.5811    -0.3006    -0.8374    -0.6269    -1.0962

   KURTOSIS (G2)      2.2669    -0.5875     0.3771    -0.0221     1.0537

   STANDARD DEV.      1.0377     1.1301     1.0472     1.0622     0.9857

   VARIABLE         CCRC21     CCRC22     CCA23      CCA24      CCA25   
                       V21        V22        V23        V24        V25 

   MEAN               3.9937     3.7969     3.9188     3.8844     3.5969

   SKEWNESS (G1)     -0.9670    -0.7839    -0.8494    -0.8354    -0.5432

   KURTOSIS (G2)      0.6400     0.0068     1.1637     1.2995     0.3983

   STANDARD DEV.      0.9600     1.0620     0.8265     0.8050     0.8941

   VARIABLE         CCA26      CCT27      CCT28      CCT29        S1    
                       V26        V27        V28        V29        V30 

   MEAN               3.8844     2.7062     3.3938     2.9625     3.1406

   SKEWNESS (G1)     -0.9406    -0.0138    -0.6624    -0.3724    -0.3416

   KURTOSIS (G2)      1.3252    -0.6641     0.1590    -0.5181    -0.7047

   STANDARD DEV.      0.8578     1.0775     1.0053     1.0438     1.0780

   VARIABLE           S2         S3         S4         S5         S6    
                       V31        V32        V33        V34        V35 

   MEAN               3.5844     3.8750     3.6281     3.6594     3.7688

   SKEWNESS (G1)     -0.8812    -1.1337    -0.7003    -0.7043    -0.9899

   KURTOSIS (G2)      0.8970     2.2830     0.3651     0.3695     1.5165

   STANDARD DEV.      0.9023     0.8133     0.9806     0.9400     0.8654

                            MULTIVARIATE KURTOSIS
                            ---------------------

   MARDIA'S COEFFICIENT (G2,P) =    272.0256
   NORMALIZED ESTIMATE =             47.8085

                     ELLIPTICAL THEORY KURTOSIS ESTIMATES
                     ------------------------------------

   MARDIA-BASED KAPPA =      0.2101 MEAN SCALED UNIVARIATE KURTOSIS =     0.3578

   MARDIA-BASED KAPPA IS USED IN COMPUTATION. KAPPA=           0.2101

   CASE NUMBERS WITH LARGEST CONTRIBUTION TO NORMALIZED MULTIVARIATE KURTOSIS:
   ---------------------------------------------------------------------------

   CASE NUMBER         1           23          142          170          216

   ESTIMATE      1029.7010    1213.2670    1367.6832    1586.3882    3793.9580

 11-SEP-14      PAGE:   5  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  COVARIANCE  MATRIX TO BE ANALYZED:  35 VARIABLES (SELECTED FROM  35 VARIABLES)
  BASED ON   320 CASES.

                       CPBI1      CPBI2      CPBI3      CPCI4      CPCI5   
                          V1         V2         V3         V4         V5  
     CPBI1    V1         0.789
     CPBI2    V2         0.355      1.318
     CPBI3    V3         0.167      0.219      1.171
     CPCI4    V4         0.139      0.133      0.111      0.715
     CPCI5    V5         0.097      0.075      0.146      0.391      0.652
     CPCI6    V6         0.145      0.051      0.167      0.240      0.361
     CPCI7    V7         0.148      0.145      0.136      0.206      0.283
     CPCR8    V8         0.208      0.214      0.097      0.203      0.165
     CPCR9    V9         0.130      0.203      0.140      0.180      0.166
     CPCR10   V10        0.160      0.206      0.006      0.186      0.115
     CPCR11   V11        0.129      0.197      0.083      0.133      0.156
     CPIP12   V12        0.134      0.096      0.083      0.231      0.151
     CPIP13   V13        0.071      0.115      0.042      0.192      0.149
     CPIP14   V14        0.092      0.137      0.067      0.192      0.180
     CPIP15   V15        0.086      0.050      0.072      0.151      0.132
     CPIP16   V16        0.053      0.048      0.191      0.144      0.109
     CCR17    V17        0.140      0.309      0.100      0.182      0.096
     CCR18    V18        0.166      0.148      0.132      0.189      0.141
     CCR19    V19        0.174      0.105      0.189      0.235      0.212
     CCRC20   V20        0.267      0.206      0.209      0.259      0.160
     CCRC21   V21        0.215      0.275      0.217      0.192      0.149
     CCRC22   V22        0.205      0.201      0.265      0.146      0.193
     CCA23    V23        0.142      0.126      0.200      0.144      0.141
     CCA24    V24        0.168      0.119      0.140      0.154      0.145
     CCA25    V25        0.103      0.170      0.109      0.156      0.114
     CCA26    V26        0.099      0.160      0.124      0.133      0.107
     CCT27    V27        0.034      0.053      0.048     -0.010      0.062
     CCT28    V28        0.142      0.036      0.126      0.092      0.069
     CCT29    V29        0.117     -0.035      0.059      0.062      0.129
       S1     V30        0.132      0.260      0.129      0.111      0.115
       S2     V31        0.119      0.250      0.139      0.107      0.108
       S3     V32        0.194      0.187      0.109      0.139      0.118
       S4     V33        0.142      0.305      0.139      0.135      0.159
       S5     V34        0.146      0.252      0.134      0.162      0.195
       S6     V35        0.158      0.264      0.133      0.165      0.139

                       CPCI6      CPCI7      CPCR8      CPCR9      CPCR10  
                          V6         V7         V8         V9         V10 
     CPCI6    V6         0.688
     CPCI7    V7         0.313      0.674
     CPCR8    V8         0.131      0.218      0.654
     CPCR9    V9         0.135      0.215      0.356      0.568
     CPCR10   V10        0.089      0.170      0.338      0.320      0.545
     CPCR11   V11        0.125      0.196      0.279      0.274      0.310
     CPIP12   V12        0.155      0.227      0.245      0.218      0.196
     CPIP13   V13        0.152      0.168      0.200      0.190      0.167
     CPIP14   V14        0.134      0.205      0.208      0.239      0.164
     CPIP15   V15        0.100      0.151      0.183      0.164      0.151
     CPIP16   V16        0.110      0.158      0.226      0.220      0.136
     CCR17    V17        0.062      0.035      0.144      0.144      0.141
     CCR18    V18        0.083      0.142      0.114      0.159      0.151
     CCR19    V19        0.169      0.159      0.181      0.230      0.162
     CCRC20   V20        0.157      0.270      0.270      0.233      0.290
     CCRC21   V21        0.127      0.256      0.267      0.229      0.251
     CCRC22   V22        0.195      0.248      0.230      0.233      0.255
     CCA23    V23        0.158      0.182      0.219      0.264      0.225
     CCA24    V24        0.174      0.208      0.214      0.219      0.229
     CCA25    V25        0.064      0.107      0.146      0.164      0.209
     CCA26    V26        0.102      0.092      0.158      0.200      0.189
     CCT27    V27        0.040     -0.037     -0.018      0.037     -0.004
     CCT28    V28        0.087      0.007      0.065      0.068      0.015
     CCT29    V29        0.053      0.010      0.014      0.002     -0.005
       S1     V30        0.074      0.089      0.017      0.074      0.072
       S2     V31        0.074      0.132      0.115      0.156      0.091
       S3     V32        0.134      0.112      0.149      0.132      0.118
       S4     V33        0.107      0.146      0.185      0.157      0.152
       S5     V34        0.134      0.206      0.137      0.133      0.126
       S6     V35        0.081      0.153      0.127      0.165      0.145

                       CPCR11     CPIP12     CPIP13     CPIP14     CPIP15  
                          V11        V12        V13        V14        V15 
     CPCR11   V11        0.592
     CPIP12   V12        0.236      0.584
     CPIP13   V13        0.213      0.401      0.463
     CPIP14   V14        0.196      0.369      0.342      0.778
     CPIP15   V15        0.194      0.345      0.361      0.326      0.456
     CPIP16   V16        0.182      0.342      0.304      0.365      0.305
     CCR17    V17        0.156      0.097      0.093      0.088      0.050
     CCR18    V18        0.204      0.159      0.118      0.136      0.155
     CCR19    V19        0.160      0.163      0.139      0.200      0.110
     CCRC20   V20        0.272      0.271      0.244      0.229      0.234
     CCRC21   V21        0.271      0.265      0.257      0.245      0.238
     CCRC22   V22        0.266      0.252      0.236      0.260      0.228
     CCA23    V23        0.243      0.226      0.176      0.236      0.181
     CCA24    V24        0.239      0.228      0.192      0.269      0.201
     CCA25    V25        0.222      0.161      0.135      0.163      0.159
     CCA26    V26        0.201      0.206      0.195      0.156      0.157
     CCT27    V27        0.043      0.035      0.056      0.077      0.023
     CCT28    V28        0.052      0.102      0.186      0.185      0.133
     CCT29    V29        0.025      0.126      0.118      0.162      0.138
       S1     V30        0.080      0.046      0.082      0.062      0.068
       S2     V31        0.133      0.096      0.116      0.095      0.111
       S3     V32        0.153      0.156      0.156      0.141      0.130
       S4     V33        0.179      0.128      0.161      0.159      0.137
       S5     V34        0.224      0.171      0.159      0.157      0.171
       S6     V35        0.205      0.136      0.127      0.117      0.145

                       CPIP16     CCR17      CCR18      CCR19      CCRC20  
                          V16        V17        V18        V19        V20 
     CPIP16   V16        1.077
     CCR17    V17        0.069      1.277
     CCR18    V18        0.122      0.466      1.097
     CCR19    V19        0.113      0.444      0.428      1.128
     CCRC20   V20        0.181      0.303      0.342      0.294      0.972
     CCRC21   V21        0.170      0.312      0.243      0.266      0.752
     CCRC22   V22        0.231      0.283      0.236      0.249      0.712
     CCA23    V23        0.212      0.169      0.211      0.262      0.247
     CCA24    V24        0.219      0.166      0.243      0.241      0.274
     CCA25    V25        0.136      0.221      0.213      0.191      0.255
     CCA26    V26        0.150      0.201      0.222      0.219      0.212
     CCT27    V27        0.166      0.084      0.078      0.007      0.122
     CCT28    V28        0.145     -0.053      0.101      0.067      0.300
     CCT29    V29        0.201      0.017      0.082      0.031      0.294
       S1     V30        0.119      0.208      0.226      0.155      0.303
       S2     V31        0.094      0.136      0.085      0.119      0.299
       S3     V32        0.120      0.143      0.141      0.189      0.312
       S4     V33        0.068      0.262      0.183      0.133      0.469
       S5     V34        0.081      0.147      0.199      0.171      0.425
       S6     V35        0.061      0.129      0.177      0.140      0.398

                       CCRC21     CCRC22     CCA23      CCA24      CCA25   
                          V21        V22        V23        V24        V25 
     CCRC21   V21        0.922
     CCRC22   V22        0.760      1.128
     CCA23    V23        0.219      0.256      0.683
     CCA24    V24        0.269      0.249      0.480      0.648
     CCA25    V25        0.248      0.256      0.362      0.383      0.799
     CCA26    V26        0.197      0.249      0.339      0.366      0.442
     CCT27    V27        0.073      0.106      0.108      0.120      0.141
     CCT28    V28        0.225      0.224      0.085      0.108      0.062
     CCT29    V29        0.225      0.206      0.013      0.096      0.104
       S1     V30        0.311      0.298      0.121      0.098      0.148
       S2     V31        0.327      0.248      0.110      0.096      0.080
       S3     V32        0.338      0.282      0.143      0.145      0.097
       S4     V33        0.534      0.526      0.183      0.189      0.254
       S5     V34        0.430      0.388      0.232      0.214      0.257
       S6     V35        0.384      0.326      0.172      0.186      0.207

                       CCA26      CCT27      CCT28      CCT29        S1    
                          V26        V27        V28        V29        V30 
     CCA26    V26        0.736
     CCT27    V27        0.088      1.161
     CCT28    V28        0.090      0.508      1.011
     CCT29    V29        0.061      0.585      0.617      1.089
       S1     V30        0.113      0.248      0.223      0.222      1.162
       S2     V31        0.077      0.094      0.196      0.191      0.551
       S3     V32        0.108      0.085      0.197      0.243      0.347
       S4     V33        0.195      0.132      0.235      0.218      0.416
       S5     V34        0.167      0.210      0.191      0.222      0.534
       S6     V35        0.073      0.211      0.245      0.233      0.424

                         S2         S3         S4         S5         S6    
                          V31        V32        V33        V34        V35 
       S2     V31        0.814
       S3     V32        0.387      0.661
       S4     V33        0.491      0.427      0.962
       S5     V34        0.463      0.409      0.556      0.884
       S6     V35        0.449      0.363      0.450      0.564      0.749

  BENTLER-WEEKS STRUCTURAL REPRESENTATION:

        NUMBER OF DEPENDENT VARIABLES = 36
            DEPENDENT V'S :     1    2    3    4    5    6    7    8    9   10
            DEPENDENT V'S :    11   12   13   14   15   16   17   18   19   20
            DEPENDENT V'S :    21   22   23   24   25   26   27   28   29   30
            DEPENDENT V'S :    31   32   33   34   35
            DEPENDENT F'S :     9

        NUMBER OF INDEPENDENT VARIABLES = 44
            INDEPENDENT F'S :     1    2    3    4    5    6    7    8
            INDEPENDENT E'S :     1    2    3    4    5    6    7    8    9   10
            INDEPENDENT E'S :    11   12   13   14   15   16   17   18   19   20
            INDEPENDENT E'S :    21   22   23   24   25   26   27   28   29   30
            INDEPENDENT E'S :    31   32   33   34   35
            INDEPENDENT D'S :     9

        NUMBER OF FREE PARAMETERS = 106
        NUMBER OF FIXED NONZERO PARAMETERS =  45

 *** WARNING MESSAGES ABOVE, IF ANY, REFER TO THE MODEL PROVIDED.
     CALCULATIONS FOR INDEPENDENCE MODEL NOW BEGIN.

 *** WARNING MESSAGES ABOVE, IF ANY, REFER TO INDEPENDENCE MODEL.
     CALCULATIONS FOR USER'S MODEL NOW BEGIN.

  3RD STAGE OF COMPUTATION REQUIRED    262112 WORDS OF MEMORY.
  PROGRAM ALLOCATED   2000000 WORDS

  DETERMINANT OF INPUT MATRIX IS   0.21584D-10

  PARAMETER ESTIMATES APPEAR IN ORDER,
  NO SPECIAL PROBLEMS WERE ENCOUNTERED DURING OPTIMIZATION.

  RESIDUAL COVARIANCE MATRIX  (S-SIGMA) :       

                       CPBI1      CPBI2      CPBI3      CPCI4      CPCI5   
                          V1         V2         V3         V4         V5  
     CPBI1    V1         0.000
     CPBI2    V2         0.016      0.000
     CPBI3    V3        -0.020     -0.018      0.000
     CPCI4    V4         0.032     -0.004      0.036      0.000
     CPCI5    V5        -0.027     -0.083      0.060      0.034      0.000
     CPCI6    V6         0.042     -0.081      0.095     -0.058      0.017
     CPCI7    V7         0.056      0.027      0.071     -0.061     -0.025
     CPCR8    V8         0.047      0.008     -0.016      0.044     -0.019
     CPCR9    V9        -0.024      0.006      0.032      0.028     -0.011
     CPCR10   V10        0.005      0.010     -0.102      0.034     -0.062
     CPCR11   V11       -0.014      0.015     -0.017     -0.007     -0.006
     CPIP12   V12        0.047     -0.014      0.022      0.071     -0.036
     CPIP13   V13       -0.015      0.007     -0.017      0.034     -0.034
     CPIP14   V14        0.014      0.037      0.012      0.047      0.013
     CPIP15   V15        0.009     -0.049      0.018      0.007     -0.034
     CPIP16   V16       -0.018     -0.043      0.141      0.012     -0.044
     CCR17    V17       -0.018      0.108     -0.010      0.038     -0.071
     CCR18    V18        0.010     -0.049      0.024      0.048     -0.023
     CCR19    V19        0.016     -0.097      0.078      0.091      0.045
     CCRC20   V20        0.049     -0.071      0.057      0.086     -0.041
     CCRC21   V21       -0.011     -0.012      0.059      0.012     -0.059
     CCRC22   V22       -0.011     -0.074      0.115     -0.025     -0.006
     CCA23    V23        0.003     -0.050      0.103      0.000     -0.027
     CCA24    V24        0.026     -0.062      0.041      0.006     -0.028
     CCA25    V25       -0.017      0.017      0.025      0.030     -0.031
     CCA26    V26       -0.016      0.014      0.044      0.012     -0.032
     CCT27    V27       -0.022     -0.018      0.009     -0.064     -0.001
     CCT28    V28        0.081     -0.043      0.083      0.032      0.000
     CCT29    V29        0.047     -0.124      0.010     -0.005      0.051
       S1     V30       -0.038      0.044      0.011     -0.017     -0.033
       S2     V31       -0.048      0.038      0.022     -0.019     -0.038
       S3     V32        0.052      0.006      0.009      0.031     -0.007
       S4     V33       -0.044      0.069      0.009     -0.005     -0.003
       S5     V34       -0.052      0.001     -0.004      0.013      0.022
       S6     V35       -0.017      0.042      0.011      0.033     -0.013

                       CPCI6      CPCI7      CPCR8      CPCR9      CPCR10  
                          V6         V7         V8         V9         V10 
     CPCI6    V6         0.000
     CPCI7    V7         0.056      0.000
     CPCR8    V8        -0.022      0.081      0.000
     CPCR9    V9        -0.011      0.084      0.021      0.000
     CPCR10   V10       -0.058      0.039      0.003      0.000      0.000
     CPCR11   V11       -0.010      0.075     -0.029     -0.022      0.015
     CPIP12   V12        0.000      0.088      0.033      0.015     -0.007
     CPIP13   V13        0.001      0.032     -0.007     -0.009     -0.032
     CPIP14   V14       -0.005      0.080      0.018      0.056     -0.019
     CPIP15   V15       -0.038      0.028     -0.006     -0.017     -0.030
     CPIP16   V16       -0.018      0.044      0.051      0.053     -0.031
     CCR17    V17       -0.077     -0.089     -0.028     -0.020     -0.023
     CCR18    V18       -0.053      0.020     -0.054     -0.003     -0.011
     CCR19    V19        0.030      0.034      0.009      0.065     -0.003
     CCRC20   V20       -0.010      0.120      0.007     -0.019      0.038
     CCRC21   V21       -0.047      0.100     -0.006     -0.032     -0.010
     CCRC22   V22        0.029      0.099     -0.031     -0.017      0.005
     CCA23    V23        0.018      0.057     -0.016      0.039      0.000
     CCA24    V24        0.030      0.080     -0.029     -0.013     -0.003
     CCA25    V25       -0.057     -0.001     -0.059     -0.032      0.012
     CCA26    V26       -0.014     -0.011     -0.038      0.012      0.001
     CCT27    V27       -0.013     -0.083     -0.038      0.017     -0.024
     CCT28    V28        0.029     -0.045      0.042      0.047     -0.006
     CCT29    V29       -0.012     -0.048     -0.011     -0.022     -0.029
       S1     V30       -0.049     -0.021     -0.125     -0.062     -0.064
       S2     V31       -0.048      0.024     -0.026      0.021     -0.044
       S3     V32        0.030      0.019      0.029      0.017      0.003
       S4     V33       -0.028      0.025      0.029      0.007      0.002
       S5     V34       -0.010      0.078     -0.028     -0.026     -0.033
       S6     V35       -0.046      0.040     -0.019      0.025      0.005

                       CPCR11     CPIP12     CPIP13     CPIP14     CPIP15  
                          V11        V12        V13        V14        V15 
     CPCR11   V11        0.000
     CPIP12   V12        0.049      0.000
     CPIP13   V13        0.029      0.004      0.000
     CPIP14   V14        0.027      0.005     -0.015      0.000
     CPIP15   V15        0.027     -0.016      0.007      0.001      0.000
     CPIP16   V16        0.028      0.009     -0.022      0.065      0.008
     CCR17    V17        0.004     -0.032     -0.033     -0.028     -0.065
     CCR18    V18        0.055      0.033     -0.006      0.022      0.042
     CCR19    V19        0.008      0.034      0.012      0.083     -0.006
     CCRC20   V20        0.040      0.017     -0.004      0.001      0.008
     CCRC21   V21        0.030      0.002     -0.001      0.007      0.003
     CCRC22   V22        0.036      0.000     -0.010      0.034      0.003
     CCA23    V23        0.035      0.018     -0.027      0.049     -0.004
     CCA24    V24        0.025      0.014     -0.017      0.076      0.011
     CCA25    V25        0.041     -0.019     -0.041      0.001     -0.001
     CCA26    V26        0.028      0.033      0.026      0.001      0.003
     CCT27    V27        0.026     -0.077     -0.054     -0.024     -0.076
     CCT28    V28        0.033     -0.021      0.065      0.074      0.023
     CCT29    V29        0.003     -0.015     -0.020      0.035      0.013
       S1     V30       -0.046     -0.091     -0.052     -0.060     -0.054
       S2     V31        0.009     -0.038     -0.016     -0.026     -0.009
       S3     V32        0.047      0.041      0.043      0.038      0.028
       S4     V33        0.041     -0.021      0.015      0.024      0.004
       S5     V34        0.077      0.012      0.004      0.014      0.030
       S6     V35        0.076     -0.004     -0.011     -0.009      0.020

                       CPIP16     CCR17      CCR18      CCR19      CCRC20  
                          V16        V17        V18        V19        V20 
     CPIP16   V16        0.000
     CCR17    V17       -0.037      0.000
     CCR18    V18        0.018      0.025      0.000
     CCR19    V19        0.007     -0.007     -0.014      0.000
     CCRC20   V20       -0.028      0.026      0.070      0.017      0.000
     CCRC21   V21       -0.047      0.024     -0.039     -0.022     -0.004
     CCRC22   V22        0.024      0.009     -0.033     -0.027     -0.009
     CCA23    V23        0.042     -0.055     -0.009      0.037     -0.002
     CCA24    V24        0.043     -0.065      0.017      0.009      0.018
     CCA25    V25       -0.012      0.026      0.022     -0.004      0.039
     CCA26    V26        0.008      0.014      0.038      0.032      0.004
     CCT27    V27        0.074      0.044      0.038     -0.034     -0.061
     CCT28    V28        0.043     -0.098      0.057      0.022      0.098
     CCT29    V29        0.086     -0.034      0.032     -0.020      0.066
       S1     V30        0.006      0.052      0.073     -0.002     -0.061
       S2     V31       -0.016     -0.018     -0.066     -0.035     -0.060
       S3     V32        0.026      0.012      0.012      0.057      0.006
       S4     V33       -0.055      0.091      0.015     -0.039      0.070
       S5     V34       -0.050     -0.035      0.021     -0.012      0.001
       S6     V35       -0.055     -0.032      0.019     -0.021      0.024

                       CCRC21     CCRC22     CCA23      CCA24      CCA25   
                          V21        V22        V23        V24        V25 
     CCRC21   V21        0.000
     CCRC22   V22        0.011      0.000
     CCA23    V23       -0.040      0.009      0.000
     CCA24    V24        0.002     -0.005      0.019      0.000
     CCA25    V25        0.023      0.042     -0.027     -0.018      0.000
     CCA26    V26       -0.019      0.044     -0.034     -0.018      0.118
     CCT27    V27       -0.116     -0.074      0.032      0.041      0.075
     CCT28    V28        0.016      0.025      0.001      0.022     -0.011
     CCT29    V29       -0.012     -0.021     -0.083     -0.002      0.021
       S1     V30       -0.067     -0.063     -0.042     -0.071      0.006
       S2     V31       -0.046     -0.108     -0.051     -0.070     -0.060
       S3     V32        0.020     -0.022      0.006      0.004     -0.023
       S4     V33        0.120      0.131      0.004      0.004      0.098
       S5     V34       -0.010     -0.032      0.042      0.018      0.092
       S6     V35       -0.005     -0.045      0.004      0.013      0.061

                       CCA26      CCT27      CCT28      CCT29        S1    
                          V26        V27        V28        V29        V30 
     CCA26    V26        0.000
     CCT27    V27        0.025      0.000
     CCT28    V28        0.020      0.006      0.000
     CCT29    V29       -0.018      0.015     -0.012      0.000
       S1     V30       -0.022      0.074      0.031      0.003      0.000
       S2     V31       -0.057     -0.078      0.006     -0.024      0.119
       S3     V32       -0.007     -0.061      0.035      0.059     -0.021
       S4     V33        0.046     -0.059      0.024     -0.021     -0.063
       S5     V34        0.009      0.007     -0.033     -0.032      0.024
       S6     V35       -0.066      0.031      0.047      0.008     -0.026

                         S2         S3         S4         S5         S6    
                          V31        V32        V33        V34        V35 
       S2     V31        0.000
       S3     V32        0.024      0.000
       S4     V33        0.018      0.024      0.000
       S5     V34       -0.039     -0.020     -0.002      0.000
       S6     V35        0.005     -0.016     -0.044      0.039      0.000

                                  AVERAGE ABSOLUTE RESIDUAL =         0.0307
                     AVERAGE OFF-DIAGONAL ABSOLUTE RESIDUAL =         0.0325

 11-SEP-14      PAGE:   6  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  STANDARDIZED RESIDUAL MATRIX:                 

                       CPBI1      CPBI2      CPBI3      CPCI4      CPCI5   
                          V1         V2         V3         V4         V5  
     CPBI1    V1         0.000
     CPBI2    V2         0.015      0.000
     CPBI3    V3        -0.021     -0.015      0.000
     CPCI4    V4         0.042     -0.004      0.040      0.000
     CPCI5    V5        -0.038     -0.089      0.068      0.050      0.000
     CPCI6    V6         0.057     -0.085      0.105     -0.082      0.025
     CPCI7    V7         0.077      0.029      0.080     -0.087     -0.038
     CPCR8    V8         0.065      0.009     -0.018      0.065     -0.029
     CPCR9    V9        -0.037      0.007      0.040      0.044     -0.018
     CPCR10   V10        0.008      0.011     -0.128      0.054     -0.104
     CPCR11   V11       -0.020      0.017     -0.020     -0.010     -0.010
     CPIP12   V12        0.069     -0.016      0.027      0.109     -0.058
     CPIP13   V13       -0.024      0.009     -0.023      0.060     -0.062
     CPIP14   V14        0.018      0.037      0.013      0.063      0.018
     CPIP15   V15        0.014     -0.063      0.025      0.013     -0.063
     CPIP16   V16       -0.020     -0.036      0.125      0.013     -0.053
     CCR17    V17       -0.018      0.083     -0.009      0.040     -0.078
     CCR18    V18        0.011     -0.041      0.021      0.054     -0.027
     CCR19    V19        0.017     -0.080      0.068      0.101      0.052
     CCRC20   V20        0.056     -0.063      0.053      0.103     -0.051
     CCRC21   V21       -0.013     -0.011      0.057      0.015     -0.077
     CCRC22   V22       -0.012     -0.060      0.100     -0.028     -0.007
     CCA23    V23        0.004     -0.052      0.115      0.000     -0.040
     CCA24    V24        0.036     -0.067      0.047      0.008     -0.042
     CCA25    V25       -0.021      0.017      0.026      0.040     -0.044
     CCA26    V26       -0.021      0.014      0.048      0.017     -0.046
     CCT27    V27       -0.023     -0.014      0.008     -0.071     -0.001
     CCT28    V28        0.090     -0.037      0.077      0.038     -0.001
     CCT29    V29        0.051     -0.104      0.009     -0.006      0.060
       S1     V30       -0.039      0.035      0.009     -0.018     -0.038
       S2     V31       -0.060      0.037      0.022     -0.024     -0.052
       S3     V32        0.072      0.006      0.010      0.045     -0.011
       S4     V33       -0.051      0.061      0.008     -0.006     -0.004
       S5     V34       -0.062      0.001     -0.004      0.016      0.029
       S6     V35       -0.022      0.042      0.012      0.045     -0.019

                       CPCI6      CPCI7      CPCR8      CPCR9      CPCR10  
                          V6         V7         V8         V9         V10 
     CPCI6    V6         0.000
     CPCI7    V7         0.083      0.000
     CPCR8    V8        -0.033      0.122      0.000
     CPCR9    V9        -0.018      0.136      0.035      0.000
     CPCR10   V10       -0.095      0.064      0.006      0.000      0.000
     CPCR11   V11       -0.015      0.118     -0.046     -0.037      0.026
     CPIP12   V12        0.000      0.141      0.054      0.026     -0.012
     CPIP13   V13        0.001      0.057     -0.013     -0.018     -0.064
     CPIP14   V14       -0.007      0.111      0.025      0.085     -0.029
     CPIP15   V15       -0.068      0.050     -0.010     -0.033     -0.060
     CPIP16   V16       -0.021      0.051      0.061      0.067     -0.040
     CCR17    V17       -0.082     -0.096     -0.030     -0.024     -0.028
     CCR18    V18       -0.062      0.024     -0.064     -0.003     -0.014
     CCR19    V19        0.034      0.039      0.010      0.081     -0.004
     CCRC20   V20       -0.013      0.149      0.009     -0.026      0.052
     CCRC21   V21       -0.058      0.127     -0.008     -0.045     -0.014
     CCRC22   V22        0.033      0.114     -0.036     -0.021      0.007
     CCA23    V23        0.027      0.084     -0.024      0.062      0.000
     CCA24    V24        0.045      0.121     -0.044     -0.022     -0.005
     CCA25    V25       -0.076     -0.002     -0.082     -0.047      0.019
     CCA26    V26       -0.020     -0.016     -0.055      0.019      0.001
     CCT27    V27       -0.014     -0.094     -0.044      0.021     -0.030
     CCT28    V28        0.035     -0.054      0.052      0.062     -0.008
     CCT29    V29       -0.014     -0.056     -0.014     -0.028     -0.038
       S1     V30       -0.055     -0.024     -0.144     -0.076     -0.081
       S2     V31       -0.064      0.032     -0.035      0.031     -0.065
       S3     V32        0.044      0.029      0.044      0.028      0.005
       S4     V33       -0.035      0.031      0.037      0.010      0.003
       S5     V34       -0.012      0.101     -0.037     -0.036     -0.047
       S6     V35       -0.064      0.056     -0.028      0.038      0.008

                       CPCR11     CPIP12     CPIP13     CPIP14     CPIP15  
                          V11        V12        V13        V14        V15 
     CPCR11   V11        0.000
     CPIP12   V12        0.084      0.000
     CPIP13   V13        0.056      0.008      0.000
     CPIP14   V14        0.040      0.008     -0.025      0.000
     CPIP15   V15        0.052     -0.031      0.016      0.002      0.000
     CPIP16   V16        0.035      0.011     -0.031      0.071      0.011
     CCR17    V17        0.005     -0.037     -0.044     -0.028     -0.085
     CCR18    V18        0.069      0.041     -0.009      0.024      0.060
     CCR19    V19        0.010      0.042      0.017      0.089     -0.008
     CCRC20   V20        0.052      0.022     -0.007      0.001      0.011
     CCRC21   V21        0.040      0.002     -0.002      0.009      0.004
     CCRC22   V22        0.044      0.000     -0.015      0.036      0.004
     CCA23    V23        0.055      0.029     -0.048      0.068     -0.007
     CCA24    V24        0.040      0.023     -0.031      0.108      0.020
     CCA25    V25        0.060     -0.028     -0.068      0.001     -0.002
     CCA26    V26        0.043      0.051      0.045      0.001      0.006
     CCT27    V27        0.031     -0.093     -0.074     -0.026     -0.105
     CCT28    V28        0.042     -0.028      0.095      0.083      0.033
     CCT29    V29        0.003     -0.018     -0.027      0.038      0.018
       S1     V30       -0.056     -0.110     -0.071     -0.063     -0.074
       S2     V31        0.013     -0.055     -0.026     -0.033     -0.014
       S3     V32        0.075      0.067      0.078      0.052      0.050
       S4     V33        0.055     -0.028      0.022      0.028      0.006
       S5     V34        0.107      0.017      0.006      0.017      0.047
       S6     V35        0.114     -0.006     -0.018     -0.012      0.034

                       CPIP16     CCR17      CCR18      CCR19      CCRC20  
                          V16        V17        V18        V19        V20 
     CPIP16   V16        0.000
     CCR17    V17       -0.032      0.000
     CCR18    V18        0.017      0.021      0.000
     CCR19    V19        0.006     -0.006     -0.013      0.000
     CCRC20   V20       -0.027      0.024      0.068      0.016      0.000
     CCRC21   V21       -0.047      0.022     -0.039     -0.022     -0.004
     CCRC22   V22        0.022      0.007     -0.030     -0.024     -0.009
     CCA23    V23        0.049     -0.059     -0.011      0.042     -0.003
     CCA24    V24        0.051     -0.071      0.020      0.011      0.022
     CCA25    V25       -0.013      0.026      0.023     -0.004      0.044
     CCA26    V26        0.008      0.015      0.043      0.035      0.005
     CCT27    V27        0.066      0.036      0.034     -0.030     -0.057
     CCT28    V28        0.041     -0.087      0.054      0.021      0.099
     CCT29    V29        0.079     -0.029      0.030     -0.018      0.064
       S1     V30        0.006      0.043      0.065     -0.002     -0.058
       S2     V31       -0.017     -0.018     -0.070     -0.037     -0.067
       S3     V32        0.030      0.013      0.014      0.066      0.007
       S4     V33       -0.054      0.082      0.014     -0.038      0.072
       S5     V34       -0.051     -0.033      0.021     -0.012      0.002
       S6     V35       -0.061     -0.033      0.021     -0.023      0.028

                       CCRC21     CCRC22     CCA23      CCA24      CCA25   
                          V21        V22        V23        V24        V25 
     CCRC21   V21        0.000
     CCRC22   V22        0.011      0.000
     CCA23    V23       -0.050      0.011      0.000
     CCA24    V24        0.003     -0.006      0.028      0.000
     CCA25    V25        0.027      0.044     -0.036     -0.025      0.000
     CCA26    V26       -0.023      0.048     -0.048     -0.026      0.154
     CCT27    V27       -0.112     -0.065      0.036      0.047      0.078
     CCT28    V28        0.017      0.023      0.002      0.027     -0.012
     CCT29    V29       -0.012     -0.019     -0.096     -0.003      0.023
       S1     V30       -0.065     -0.055     -0.047     -0.081      0.006
       S2     V31       -0.053     -0.113     -0.068     -0.096     -0.075
       S3     V32        0.025     -0.025      0.009      0.006     -0.031
       S4     V33        0.127      0.126      0.005      0.006      0.112
       S5     V34       -0.011     -0.032      0.055      0.024      0.109
       S6     V35       -0.006     -0.049      0.006      0.019      0.079

                       CCA26      CCT27      CCT28      CCT29        S1    
                          V26        V27        V28        V29        V30 
     CCA26    V26        0.000
     CCT27    V27        0.027      0.000
     CCT28    V28        0.023      0.006      0.000
     CCT29    V29       -0.020      0.014     -0.011      0.000
       S1     V30       -0.024      0.064      0.029      0.003      0.000
       S2     V31       -0.073     -0.080      0.006     -0.025      0.123
       S3     V32       -0.009     -0.070      0.043      0.070     -0.024
       S4     V33        0.055     -0.056      0.024     -0.021     -0.060
       S5     V34        0.011      0.007     -0.035     -0.033      0.024
       S6     V35       -0.090      0.034      0.054      0.009     -0.028

                         S2         S3         S4         S5         S6    
                          V31        V32        V33        V34        V35 
       S2     V31        0.000
       S3     V32        0.033      0.000
       S4     V33        0.021      0.030      0.000
       S5     V34       -0.046     -0.026     -0.002      0.000
       S6     V35        0.006     -0.023     -0.051      0.048      0.000

                     AVERAGE ABSOLUTE STANDARDIZED RESIDUAL =         0.0371
        AVERAGE OFF-DIAGONAL ABSOLUTE STANDARDIZED RESIDUAL =         0.0392

  LARGEST STANDARDIZED RESIDUALS:

      NO.    PARAMETER   ESTIMATE      NO.    PARAMETER   ESTIMATE
      ---    ---------   --------      ---    ---------   --------
       1     V26, V25       0.154      11     V31, V30       0.123
       2     V20, V7        0.149      12     V8,  V7        0.122
       3     V30, V8       -0.144      13     V24, V7        0.121
       4     V12, V7        0.141      14     V11, V7        0.118
       5     V9,  V7        0.136      15     V23, V3        0.115
       6     V10, V3       -0.128      16     V35, V11       0.114
       7     V21, V7        0.127      17     V22, V7        0.114
       8     V33, V21       0.127      18     V31, V22      -0.113
       9     V33, V22       0.126      19     V33, V25       0.112
      10     V16, V3        0.125      20     V27, V21      -0.112

 11-SEP-14      PAGE:   7  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  DISTRIBUTION OF STANDARDIZED RESIDUALS

     ----------------------------------------                     
     !                                      !                     
  320-                                      -                     
     !                    *                 !                     
     !                 *  *                 !                     
     !                 *  *                 !                     
     !                 *  *                 !            RANGE      FREQ PERCENT
  240-                 *  *                 -                     
     !                 *  *                 !    1   -0.5  -  --       0   0.00%
     !                 *  *                 !    2   -0.4  -  -0.5     0   0.00%
     !                 *  *                 !    3   -0.3  -  -0.4     0   0.00%
     !                 *  *                 !    4   -0.2  -  -0.3     0   0.00%
  160-                 *  *                 -    5   -0.1  -  -0.2     8   1.27%
     !                 *  *                 !    6    0.0  -  -0.1   287  45.56%
     !                 *  *                 !    7    0.1  -   0.0   310  49.21%
     !                 *  *                 !    8    0.2  -   0.1    25   3.97%
     !                 *  *                 !    9    0.3  -   0.2     0   0.00%
   80-                 *  *                 -    A    0.4  -   0.3     0   0.00%
     !                 *  *                 !    B    0.5  -   0.4     0   0.00%
     !                 *  *                 !    C     ++  -   0.5     0   0.00%
     !                 *  *  *              !    -------------------------------
     !              *  *  *  *              !            TOTAL       630 100.00%
     ----------------------------------------                     
        1  2  3  4  5  6  7  8  9  A  B  C    EACH "*" REPRESENTS   16 RESIDUALS

 11-SEP-14      PAGE:   8  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  GOODNESS OF FIT SUMMARY FOR METHOD = ML    

  INDEPENDENCE MODEL CHI-SQUARE        =    5511.917 ON   595 DEGREES OF FREEDOM

  INDEPENDENCE AIC =    4321.917   INDEPENDENCE CAIC =    1484.766
         MODEL AIC =    -168.201          MODEL CAIC =   -2666.801

  CHI-SQUARE =      879.799 BASED ON     524 DEGREES OF FREEDOM
  PROBABILITY VALUE FOR THE CHI-SQUARE STATISTIC IS      0.00000

  THE NORMAL THEORY RLS CHI-SQUARE FOR THIS ML SOLUTION IS        863.551.

  FIT INDICES
  -----------
  BENTLER-BONETT     NORMED FIT INDEX =     0.840
  BENTLER-BONETT NON-NORMED FIT INDEX =     0.918
  COMPARATIVE FIT INDEX (CFI)         =     0.928
  BOLLEN'S          (IFI) FIT INDEX   =     0.929
  MCDONALD'S        (MFI) FIT INDEX   =     0.574
  JORESKOG-SORBOM'S  GFI  FIT INDEX   =     0.866
  JORESKOG-SORBOM'S AGFI  FIT INDEX   =     0.839
  ROOT MEAN-SQUARE RESIDUAL (RMR)     =     0.041
  STANDARDIZED RMR                    =     0.048
  ROOT MEAN-SQUARE ERROR OF APPROXIMATION (RMSEA)    =     0.046
  90% CONFIDENCE INTERVAL OF RMSEA  (       0.041,         0.051)

  RELIABILITY COEFFICIENTS
  ------------------------
  CRONBACH'S ALPHA                    =     0.907
  RELIABILITY COEFFICIENT RHO         =     0.939

  STANDARDIZED FACTOR LOADINGS FOR THE FACTOR THAT GENERATES
  MAXIMAL RELIABILITY FOR THE UNIT-WEIGHT COMPOSITE
  BASED ON THE MODEL (RHO):
  CPBI1     CPBI2     CPBI3     CPCI4     CPCI5     CPCI6   
     0.378     0.372     0.217     0.416     0.505     0.409
  CPCI7     CPCR8     CPCR9     CPCR10    CPCR11    CPIP12  
     0.370     0.532     0.547     0.558     0.494     0.577
  CPIP13    CPIP14    CPIP15    CPIP16    CCR17     CCR18   
     0.634     0.450     0.582     0.350     0.372     0.394
  CCR19     CCRC20    CCRC21    CCRC22    CCA23     CCA24   
     0.398     0.688     0.733     0.633     0.571     0.605
  CCA25     CCA26     CCT27     CCT28     CCT29       S1    
     0.459     0.459     0.276     0.327     0.357     0.465
    S2        S3        S4        S5        S6    
     0.548     0.518     0.560     0.621     0.596

                         ITERATIVE SUMMARY

                     PARAMETER
  ITERATION          ABS CHANGE         ALPHA                FUNCTION
      1               0.495515         1.00000               9.91584
      2               0.575816         1.00000               6.31598
      3               0.545127         1.00000               3.63890
      4               0.058909         0.50000               3.25578
      5               0.034789         0.50000               3.00816
      6               0.026986         0.50000               2.87000
      7               0.019387         1.00000               2.77505
      8               0.004307         1.00000               2.75819
      9               0.000948         1.00000               2.75799

 11-SEP-14      PAGE:   9  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  MEASUREMENT EQUATIONS WITH STANDARD ERRORS AND TEST STATISTICS
  STATISTICS SIGNIFICANT AT THE 5% LEVEL ARE MARKED WITH @.

 CPBI1   =V1  =   1.000 F1    + 1.000 E1  

 CPBI2   =V2  =   1.270*F1    + 1.000 E2  
                   .215               
                  5.898@              

 CPBI3   =V3  =    .698*F1    + 1.000 E3  
                   .164               
                  4.247@              

 CPCI4   =V4  =   1.000 F2    + 1.000 E4  

 CPCI5   =V5  =   1.159*F2    + 1.000 E5  
                   .112               
                 10.381@              

 CPCI6   =V6  =    .965*F2    + 1.000 E6  
                   .104               
                  9.252@              

 CPCI7   =V7  =    .863*F2    + 1.000 E7  
                   .101               
                  8.548@              

 CPCR8   =V8  =   1.000 F3    + 1.000 E8  

 CPCR9   =V9  =    .958*F3    + 1.000 E9  
                   .078               
                 12.229@              

 CPCR10  =V10 =    .959*F3    + 1.000 E10 
                   .077               
                 12.454@              

 CPCR11  =V11 =    .884*F3    + 1.000 E11 
                   .079               
                 11.120@              

 CPIP12  =V12 =   1.000 F4    + 1.000 E12 

  MEASUREMENT EQUATIONS WITH STANDARD ERRORS AND TEST STATISTICS (CONTINUED)

 11-SEP-14      PAGE:  10  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

 CPIP13  =V13 =    .979*F4    + 1.000 E13 
                   .048               
                 20.212@              

 CPIP14  =V14 =    .900*F4    + 1.000 E14 
                   .072               
                 12.583@              

 CPIP15  =V15 =    .891*F4    + 1.000 E15 
                   .049               
                 18.010@              

 CPIP16  =V16 =    .823*F4    + 1.000 E16 
                   .089               
                  9.284@              

 CCR17   =V17 =   1.000 F5    + 1.000 E17 

 CCR18   =V18 =    .981*F5    + 1.000 E18 
                   .136               
                  7.201@              

 CCR19   =V19 =   1.003*F5    + 1.000 E19 
                   .139               
                  7.222@              

 CCRC20  =V20 =   1.000 F6    + 1.000 E20 

 CCRC21  =V21 =   1.039*F6    + 1.000 E21 
                   .048               
                 21.577@              

 CCRC22  =V22 =    .991*F6    + 1.000 E22 
                   .057               
                 17.485@              

 CCA23   =V23 =   1.000 F7    + 1.000 E23 

 CCA24   =V24 =   1.031*F7    + 1.000 E24 
                   .066               
                 15.679@              

  MEASUREMENT EQUATIONS WITH STANDARD ERRORS AND TEST STATISTICS (CONTINUED)

 11-SEP-14      PAGE:  11  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

 CCA25   =V25 =    .870*F7    + 1.000 E25 
                   .074               
                 11.735@              

 CCA26   =V26 =    .833*F7    + 1.000 E26 
                   .071               
                 11.710@              

 CCT27   =V27 =   1.000 F8    + 1.000 E27 

 CCT28   =V28 =   1.104*F8    + 1.000 E28 
                   .115               
                  9.581@              

 CCT29   =V29 =   1.252*F8    + 1.000 E29 
                   .130               
                  9.631@              

   S1    =V30 =   1.000 F9    + 1.000 E30 

   S2    =V31 =    .986*F9    + 1.000 E31 
                   .095               
                 10.392@              

   S3    =V32 =    .841*F9    + 1.000 E32 
                   .084               
                  9.982@              

   S4    =V33 =   1.095*F9    + 1.000 E33 
                   .104               
                 10.559@              

   S5    =V34 =   1.164*F9    + 1.000 E34 
                   .103               
                 11.316@              

   S6    =V35 =   1.029*F9    + 1.000 E35 
                   .093               
                 11.023@              

 11-SEP-14      PAGE:  12  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  CONSTRUCT EQUATIONS WITH STANDARD ERRORS AND TEST STATISTICS 
  STATISTICS SIGNIFICANT AT THE 5% LEVEL ARE MARKED WITH @.

    F9   =F9  =    .288*F1    +  .115*F2    -  .075*F3    -  .044*F4  
                   .136          .084          .109          .076 
                  2.126@        1.378         -.689         -.582 

                -  .031*F5    +  .366*F6    +  .078*F7    +  .192*F8  
                   .084          .065          .076          .064 
                  -.373         5.615@        1.024         3.003@

                + 1.000 D9  

 11-SEP-14      PAGE:  13  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  VARIANCES OF INDEPENDENT VARIABLES
  ----------------------------------
  STATISTICS SIGNIFICANT AT THE 5% LEVEL ARE MARKED WITH @.

                  V                                F
                 ---                              ---
                                I F1  -   F1                .267*I              
                                I                           .064 I              
                                I                          4.172@I              
                                I                                I              
                                I F2  -   F2                .308*I              
                                I                           .052 I              
                                I                          5.907@I              
                                I                                I              
                                I F3  -   F3                .349*I              
                                I                           .049 I              
                                I                          7.077@I              
                                I                                I              
                                I F4  -   F4                .405*I              
                                I                           .045 I              
                                I                          8.926@I              
                                I                                I              
                                I F5  -   F5                .450*I              
                                I                           .095 I              
                                I                          4.743@I              
                                I                                I              
                                I F6  -   F6                .728*I              
                                I                           .077 I              
                                I                          9.440@I              
                                I                                I              
                                I F7  -   F7                .447*I              
                                I                           .054 I              
                                I                          8.236@I              
                                I                                I              
                                I F8  -   F8                .454*I              
                                I                           .082 I              
                                I                          5.520@I              
                                I                                I              

 11-SEP-14      PAGE:  14  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  VARIANCES OF INDEPENDENT VARIABLES
  ----------------------------------
  STATISTICS SIGNIFICANT AT THE 5% LEVEL ARE MARKED WITH @.

                  E                                D
                 ---                              ---
 E1  -CPBI1                .522*I D9  -   F9                .216*I              
                           .060 I                           .040 I              
                          8.683@I                          5.359@I              
                                I                                I              
 E2  -CPBI2                .886*I                                I              
                           .100 I                                I              
                          8.891@I                                I              
                                I                                I              
 E3  -CPBI3               1.041*I                                I              
                           .089 I                                I              
                         11.724@I                                I              
                                I                                I              
 E4  -CPCI4                .407*I                                I              
                           .040 I                                I              
                         10.204@I                                I              
                                I                                I              
 E5  -CPCI5                .238*I                                I              
                           .033 I                                I              
                          7.134@I                                I              
                                I                                I              
 E6  -CPCI6                .401*I                                I              
                           .039 I                                I              
                         10.347@I                                I              
                                I                                I              
 E7  -CPCI7                .444*I                                I              
                           .040 I                                I              
                         11.004@I                                I              
                                I                                I              
 E8  -CPCR8                .305*I                                I              
                           .030 I                                I              
                         10.087@I                                I              
                                I                                I              
 E9  -CPCR9                .248*I                                I              
                           .025 I                                I              
                          9.746@I                                I              
                                I                                I              
 E10 -CPCR10               .225*I                                I              
                           .024 I                                I              
                          9.444@I                                I              
                                I                                I              
 E11 -CPCR11               .320*I                                I              
                           .030 I                                I              
                         10.748@I                                I              
                                I                                I              
 E12 -CPIP12               .179*I                                I              
                           .018 I                                I              
                          9.956@I                                I              
                                I                                I              

 11-SEP-14      PAGE:  15  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  VARIANCES OF INDEPENDENT VARIABLES (CONTINUED)
  ----------------------------------------------

 E13 -CPIP13               .075*I                                I              
                           .011 I                                I              
                          6.694@I                                I              
                                I                                I              
 E14 -CPIP14               .451*I                                I              
                           .038 I                                I              
                         11.817@I                                I              
                                I                                I              
 E15 -CPIP15               .134*I                                I              
                           .014 I                                I              
                          9.785@I                                I              
                                I                                I              
 E16 -CPIP16               .803*I                                I              
                           .066 I                                I              
                         12.253@I                                I              
                                I                                I              
 E17 -CCR17                .827*I                                I              
                           .086 I                                I              
                          9.648@I                                I              
                                I                                I              
 E18 -CCR18                .664*I                                I              
                           .073 I                                I              
                          9.034@I                                I              
                                I                                I              
 E19 -CCR19                .675*I                                I              
                           .076 I                                I              
                          8.935@I                                I              
                                I                                I              
 E20 -CCRC20               .244*I                                I              
                           .028 I                                I              
                          8.797@I                                I              
                                I                                I              
 E21 -CCRC21               .136*I                                I              
                           .023 I                                I              
                          5.846@I                                I              
                                I                                I              
 E22 -CCRC22               .413*I                                I              
                           .039 I                                I              
                         10.570@I                                I              
                                I                                I              
 E23 -CCA23                .236*I                                I              
                           .027 I                                I              
                          8.793@I                                I              
                                I                                I              
 E24 -CCA24                .173*I                                I              
                           .024 I                                I              
                          7.216@I                                I              
                                I                                I              

 11-SEP-14      PAGE:  16  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  VARIANCES OF INDEPENDENT VARIABLES (CONTINUED)
  ----------------------------------------------

 E25 -CCA25                .461*I                                I              
                           .041 I                                I              
                         11.229@I                                I              
                                I                                I              
 E26 -CCA26                .426*I                                I              
                           .038 I                                I              
                         11.238@I                                I              
                                I                                I              
 E27 -CCT27                .707*I                                I              
                           .068 I                                I              
                         10.432@I                                I              
                                I                                I              
 E28 -CCT28                .457*I                                I              
                           .057 I                                I              
                          8.077@I                                I              
                                I                                I              
 E29 -CCT29                .377*I                                I              
                           .063 I                                I              
                          6.029@I                                I              
                                I                                I              
 E30 -  S1                 .724*I                                I              
                           .062 I                                I              
                         11.700@I                                I              
                                I                                I              
 E31 -  S2                 .389*I                                I              
                           .036 I                                I              
                         10.937@I                                I              
                                I                                I              
 E32 -  S3                 .352*I                                I              
                           .031 I                                I              
                         11.273@I                                I              
                                I                                I              
 E33 -  S4                 .436*I                                I              
                           .041 I                                I              
                         10.763@I                                I              
                                I                                I              
 E34 -  S5                 .290*I                                I              
                           .031 I                                I              
                          9.445@I                                I              
                                I                                I              
 E35 -  S6                 .285*I                                I              
                           .028 I                                I              
                         10.098@I                                I              
                                I                                I              

 11-SEP-14      PAGE:  17  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  COVARIANCES AMONG INDEPENDENT VARIABLES
  ---------------------------------------
  STATISTICS SIGNIFICANT AT THE 5% LEVEL ARE MARKED WITH @.

                  V                                F
                 ---                              ---
                                I F2  -   F2                .107*I              
                                I F1  -   F1                .028 I              
                                I                          3.802@I              
                                I                                I              
                                I F3  -   F3                .162*I              
                                I F1  -   F1                .032 I              
                                I                          5.070@I              
                                I                                I              
                                I F4  -   F4                .087*I              
                                I F1  -   F1                .028 I              
                                I                          3.095@I              
                                I                                I              
                                I F5  -   F5                .158*I              
                                I F1  -   F1                .039 I              
                                I                          4.029@I              
                                I                                I              
                                I F6  -   F6                .218*I              
                                I F1  -   F1                .043 I              
                                I                          5.120@I              
                                I                                I              
                                I F7  -   F7                .138*I              
                                I F1  -   F1                .033 I              
                                I                          4.254@I              
                                I                                I              
                                I F8  -   F8                .056*I              
                                I F1  -   F1                .031 I              
                                I                          1.798 I              
                                I                                I              
                                I F3  -   F3                .159*I              
                                I F2  -   F2                .028 I              
                                I                          5.666@I              
                                I                                I              
                                I F4  -   F4                .161*I              
                                I F2  -   F2                .028 I              
                                I                          5.761@I              
                                I                                I              
                                I F5  -   F5                .144*I              
                                I F2  -   F2                .034 I              
                                I                          4.216@I              
                                I                                I              
                                I F6  -   F6                .173*I              
                                I F2  -   F2                .035 I              
                                I                          4.910@I              
                                I                                I              
                                I F7  -   F7                .144*I              
                                I F2  -   F2                .029 I              
                                I                          4.992@I              
                                I                                I              

 11-SEP-14      PAGE:  18  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  COVARIANCES AMONG INDEPENDENT VARIABLES (CONTINUED)
  ---------------------------------------------------

                                I F8  -   F8                .054*I              
                                I F2  -   F2                .027 I              
                                I                          1.978@I              
                                I                                I              
                                I F4  -   F4                .212*I              
                                I F3  -   F3                .030 I              
                                I                          7.048@I              
                                I                                I              
                                I F5  -   F5                .172*I              
                                I F3  -   F3                .036 I              
                                I                          4.753@I              
                                I                                I              
                                I F6  -   F6                .263*I              
                                I F3  -   F3                .039 I              
                                I                          6.727@I              
                                I                                I              
                                I F7  -   F7                .235*I              
                                I F3  -   F3                .033 I              
                                I                          7.098@I              
                                I                                I              
                                I F8  -   F8                .020*I              
                                I F3  -   F3                .028 I              
                                I                           .730 I              
                                I                                I              
                                I F5  -   F5                .129*I              
                                I F4  -   F4                .034 I              
                                I                          3.799@I              
                                I                                I              
                                I F6  -   F6                .254*I              
                                I F4  -   F4                .038 I              
                                I                          6.664@I              
                                I                                I              
                                I F7  -   F7                .207*I              
                                I F4  -   F4                .031 I              
                                I                          6.624@I              
                                I                                I              
                                I F8  -   F8                .112*I              
                                I F4  -   F4                .030 I              
                                I                          3.679@I              
                                I                                I              
                                I F6  -   F6                .277*I              
                                I F5  -   F5                .051 I              
                                I                          5.424@I              
                                I                                I              
                                I F7  -   F7                .224*I              
                                I F5  -   F5                .042 I              
                                I                          5.382@I              
                                I                                I              

 11-SEP-14      PAGE:  19  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  COVARIANCES AMONG INDEPENDENT VARIABLES (CONTINUED)
  ---------------------------------------------------

                                I F8  -   F8                .041*I              
                                I F5  -   F5                .036 I              
                                I                          1.140 I              
                                I                                I              
                                I F7  -   F7                .249*I              
                                I F6  -   F6                .041 I              
                                I                          6.125@I              
                                I                                I              
                                I F8  -   F8                .182*I              
                                I F6  -   F6                .042 I              
                                I                          4.328@I              
                                I                                I              
                                I F8  -   F8                .076*I              
                                I F7  -   F7                .032 I              
                                I                          2.402@I              
                                I                                I              

 11-SEP-14      PAGE:  20  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  STANDARDIZED SOLUTION:                                              R-SQUARED

 CPBI1   =V1  =   .582 F1    + .813 E1                                     .339 
 CPBI2   =V2  =   .572*F1    + .820 E2                                     .327 
 CPBI3   =V3  =   .333*F1    + .943 E3                                     .111 
 CPCI4   =V4  =   .656 F2    + .754 E4                                     .431 
 CPCI5   =V5  =   .797*F2    + .604 E5                                     .635 
 CPCI6   =V6  =   .646*F2    + .764 E6                                     .417 
 CPCI7   =V7  =   .584*F2    + .812 E7                                     .341 
 CPCR8   =V8  =   .730 F3    + .683 E8                                     .533 
 CPCR9   =V9  =   .751*F3    + .660 E9                                     .564 
 CPCR10  =V10 =   .767*F3    + .642 E10                                    .588 
 CPCR11  =V11 =   .678*F3    + .735 E11                                    .460 
 CPIP12  =V12 =   .833 F4    + .553 E12                                    .694 
 CPIP13  =V13 =   .915*F4    + .403 E13                                    .838 
 CPIP14  =V14 =   .649*F4    + .761 E14                                    .421 
 CPIP15  =V15 =   .840*F4    + .543 E15                                    .705 
 CPIP16  =V16 =   .505*F4    + .863 E16                                    .255 
 CCR17   =V17 =   .594 F5    + .805 E17                                    .352 
 CCR18   =V18 =   .628*F5    + .778 E18                                    .395 
 CCR19   =V19 =   .633*F5    + .774 E19                                    .401 
 CCRC20  =V20 =   .865 F6    + .501 E20                                    .749 
 CCRC21  =V21 =   .923*F6    + .385 E21                                    .852 
 CCRC22  =V22 =   .796*F6    + .605 E22                                    .634 
 CCA23   =V23 =   .809 F7    + .588 E23                                    .655 
 CCA24   =V24 =   .856*F7    + .516 E24                                    .733 
 CCA25   =V25 =   .650*F7    + .760 E25                                    .423 
 CCA26   =V26 =   .649*F7    + .761 E26                                    .421 
 CCT27   =V27 =   .626 F8    + .780 E27                                    .391 
 CCT28   =V28 =   .740*F8    + .672 E28                                    .548 
 CCT29   =V29 =   .809*F8    + .588 E29                                    .654 
   S1    =V30 =   .614 F9    + .790 E30                                    .377 
   S2    =V31 =   .723*F9    + .691 E31                                    .522 
   S3    =V32 =   .684*F9    + .730 E32                                    .468 
   S4    =V33 =   .739*F9    + .674 E33                                    .546 
   S5    =V34 =   .819*F9    + .573 E34                                    .671 
   S6    =V35 =   .787*F9    + .617 E35                                    .619 
    F9   =F9  =   .225*F1    + .097*F2    - .067*F3    - .043*F4  
                - .032*F5    + .472*F6    + .079*F7    + .195*F8  
                + .703 D9                                                  .506 

 11-SEP-14      PAGE:  21  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  CORRELATIONS AMONG INDEPENDENT VARIABLES
  ---------------------------------------

                  V                                F
                 ---                              ---
                                I F2  -   F2                .374*I              
                                I F1  -   F1                     I              
                                I                                I              
                                I F3  -   F3                .529*I              
                                I F1  -   F1                     I              
                                I                                I              
                                I F4  -   F4                .264*I              
                                I F1  -   F1                     I              
                                I                                I              
                                I F5  -   F5                .457*I              
                                I F1  -   F1                     I              
                                I                                I              
                                I F6  -   F6                .494*I              
                                I F1  -   F1                     I              
                                I                                I              
                                I F7  -   F7                .400*I              
                                I F1  -   F1                     I              
                                I                                I              
                                I F8  -   F8                .160*I              
                                I F1  -   F1                     I              
                                I                                I              
                                I F3  -   F3                .484*I              
                                I F2  -   F2                     I              
                                I                                I              
                                I F4  -   F4                .455*I              
                                I F2  -   F2                     I              
                                I                                I              
                                I F5  -   F5                .386*I              
                                I F2  -   F2                     I              
                                I                                I              
                                I F6  -   F6                .366*I              
                                I F2  -   F2                     I              
                                I                                I              
                                I F7  -   F7                .389*I              
                                I F2  -   F2                     I              
                                I                                I              
                                I F8  -   F8                .144*I              
                                I F2  -   F2                     I              
                                I                                I              
                                I F4  -   F4                .564*I              
                                I F3  -   F3                     I              
                                I                                I              
                                I F5  -   F5                .433*I              
                                I F3  -   F3                     I              
                                I                                I              
                                I F6  -   F6                .521*I              
                                I F3  -   F3                     I              
                                I                                I              

 11-SEP-14      PAGE:  22  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  CORRELATIONS AMONG INDEPENDENT VARIABLES (CONTINUED)
  ---------------------------------------------------

                                I F7  -   F7                .596*I              
                                I F3  -   F3                     I              
                                I                                I              
                                I F8  -   F8                .051*I              
                                I F3  -   F3                     I              
                                I                                I              
                                I F5  -   F5                .302*I              
                                I F4  -   F4                     I              
                                I                                I              
                                I F6  -   F6                .468*I              
                                I F4  -   F4                     I              
                                I                                I              
                                I F7  -   F7                .487*I              
                                I F4  -   F4                     I              
                                I                                I              
                                I F8  -   F8                .261*I              
                                I F4  -   F4                     I              
                                I                                I              
                                I F6  -   F6                .484*I              
                                I F5  -   F5                     I              
                                I                                I              
                                I F7  -   F7                .500*I              
                                I F5  -   F5                     I              
                                I                                I              
                                I F8  -   F8                .090*I              
                                I F5  -   F5                     I              
                                I                                I              
                                I F7  -   F7                .437*I              
                                I F6  -   F6                     I              
                                I                                I              
                                I F8  -   F8                .317*I              
                                I F6  -   F6                     I              
                                I                                I              
                                I F8  -   F8                .169*I              
                                I F7  -   F7                     I              
                                I                                I              

 -------------------------------------------------------------------------------
                           E N D    O F    M E T H O D
 -------------------------------------------------------------------------------

 11-SEP-14      PAGE:  23  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  WALD TEST (FOR DROPPING PARAMETERS)
  MULTIVARIATE WALD TEST BY SIMULTANEOUS PROCESS

         CUMULATIVE MULTIVARIATE STATISTICS              UNIVARIATE INCREMENT
         ----------------------------------              --------------------

  STEP  PARAMETER   CHI-SQUARE  D.F.  PROBABILITY       CHI-SQUARE  PROBABILITY
  ---- -----------  ----------  ----  -----------       ----------  -----------

    1     F9,F5        0.139      1      0.709             0.139       0.709
    2     F9,F4        0.458      2      0.795             0.319       0.572
    3     F8,F3        0.994      3      0.803             0.536       0.464
    4     F9,F7        1.759      4      0.780             0.766       0.382
    5     F9,F3        2.132      5      0.831             0.372       0.542
    6     F8,F5        3.052      6      0.802             0.920       0.337
    7     F9,F2        4.381      7      0.735             1.329       0.249
    8     F8,F1        6.593      8      0.581             2.213       0.137
    9     F8,F2        9.230      9      0.416             2.637       0.104
   10     F8,F7       12.813     10      0.234             3.582       0.058

 11-SEP-14      PAGE:  24  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  LAGRANGE MULTIPLIER TEST (FOR ADDING PARAMETERS)

  ORDERED UNIVARIATE TEST STATISTICS:             
                                          HANCOCK          STANDAR-         
                             CHI-         524 DF   PARAM.   DIZED    PREDICTED
   NO  CODE   PARAMETER     SQUARE  PROB.  PROB.   CHANGE   CHANGE  RMSEA   CFI
   --  ----   ---------     ------  -----  -----   ------  -------  -----------
    1  2 12      V33,F6     20.882  0.000  1.000    0.323    0.386  0.045 0.932
    2  2 12       V7,F3     17.671  0.000  1.000    0.385    0.794  0.045 0.931
    3  2 12       V7,F6     13.809  0.000  1.000    0.204    0.291  0.045 0.930
    4  2 12       V5,F3     11.402  0.001  1.000   -0.304   -0.639  0.046 0.930
    5  2 12       V5,F4      9.785  0.002  1.000   -0.239   -0.466  0.046 0.929
    6  2 12      V30,F3      8.490  0.004  1.000   -0.293   -0.460  0.046 0.929
    7  2 12      V31,F7      8.316  0.004  1.000   -0.193   -0.319  0.046 0.929
    8  2 12       V7,F1      8.238  0.004  1.000    0.327    0.770  0.046 0.929
    9  2 12       V5,F6      8.063  0.005  1.000   -0.149   -0.217  0.046 0.929
   10  2 12      V31,F6      7.756  0.005  1.000   -0.184   -0.239  0.046 0.929
   11  2 12       V5,F1      7.668  0.006  1.000   -0.303   -0.726  0.046 0.929
   12  2 12      V13,F7      6.845  0.009  1.000   -0.109   -0.239  0.046 0.929
   13  2 12       V7,F4      6.803  0.009  1.000    0.205    0.392  0.046 0.929
   14  2 12       V5,F7      6.652  0.010  1.000   -0.183   -0.338  0.046 0.929
   15  2 12      V20,F8      6.413  0.011  1.000    0.149    0.225  0.046 0.929
   16  2 12       V7,F7      6.386  0.012  1.000    0.186    0.338  0.046 0.929
   17  2 12      V27,F6      6.002  0.014  1.000   -0.168   -0.183  0.046 0.929
   18  2 12       V4,F5      5.913  0.015  1.000    0.202    0.356  0.046 0.929
   19  2 20      V11,F9      5.840  0.016  1.000    0.150    0.295  0.046 0.929
   20  2 12      V19,F2      5.579  0.018  1.000    0.328    0.556  0.046 0.929
   21  2 12      V10,F4      5.460  0.019  1.000   -0.162   -0.345  0.046 0.929
   22  2 12      V11,F4      5.350  0.021  1.000    0.174    0.355  0.046 0.929
   23  2 12      V30,F4      5.153  0.023  1.000   -0.198   -0.289  0.046 0.928
   24  2 12      V31,F5      5.048  0.025  1.000   -0.169   -0.279  0.046 0.928
   25  2 12      V20,F5      5.044  0.025  1.000    0.165    0.250  0.046 0.928
   26  2 12      V17,F2      4.859  0.028  1.000   -0.319   -0.508  0.046 0.928
   27  2 12      V14,F7      4.703  0.030  1.000    0.161    0.273  0.046 0.928
   28  2 12       V2,F8      4.680  0.031  1.000   -0.260   -0.337  0.046 0.928
   29  2 12      V27,F4      4.664  0.031  1.000   -0.193   -0.282  0.046 0.928
   30  2 12      V10,F2      4.589  0.032  1.000   -0.170   -0.415  0.046 0.928
   31  2 12      V30,F6      4.532  0.033  1.000   -0.183   -0.199  0.046 0.928
   32  2 12      V11,F7      4.475  0.034  1.000    0.164    0.320  0.046 0.928
   33  2 12       V2,F2      4.403  0.036  1.000   -0.364   -0.572  0.046 0.928
   34  2 12       V8,F7      4.297  0.038  1.000   -0.165   -0.306  0.046 0.928
   35  2 12       V4,F4      4.278  0.039  1.000    0.164    0.304  0.046 0.928
   36  2 12      V28,F4      4.222  0.040  1.000    0.166    0.260  0.046 0.928
   37  2 12      V32,F4      4.189  0.041  1.000    0.127    0.246  0.046 0.928
   38  2 12      V12,F3      3.937  0.047  1.000    0.127    0.281  0.046 0.928
   39  2 12       V3,F2      3.884  0.049  1.000    0.281    0.468  0.046 0.928
   40  2 12      V34,F7      3.530  0.060  1.000    0.118    0.188  0.046 0.928
   41  2 12      V21,F8      3.402  0.065  1.000   -0.103   -0.159  0.046 0.928
   42  2 12      V21,F2      3.395  0.065  1.000   -0.130   -0.243  0.046 0.928
   43  2 12       V4,F3      3.301  0.069  1.000    0.168    0.336  0.046 0.928
   44  2 20       V7,F9      3.199  0.074  1.000    0.127    0.234  0.046 0.928
   45  2 12      V11,F6      3.089  0.079  1.000    0.094    0.143  0.046 0.928
   46  2 12      V17,F7      3.037  0.081  1.000   -0.230   -0.304  0.046 0.928
   47  2 12       V5,F5      3.028  0.082  1.000   -0.138   -0.255  0.046 0.928
   48  2 12       V3,F6      2.984  0.084  1.000    0.171    0.185  0.046 0.928
   49  2 12      V12,F8      2.875  0.090  1.000   -0.079   -0.153  0.046 0.928
   50  2 12       V3,F7      2.856  0.091  1.000    0.197    0.272  0.046 0.928
   51  2 12      V13,F3      2.845  0.092  1.000   -0.088   -0.219  0.046 0.928
   52  2 12      V17,F4      2.838  0.092  1.000   -0.185   -0.257  0.046 0.928
   53  2 12      V28,F6      2.801  0.094  1.000    0.105    0.123  0.046 0.928
   54  2 12      V30,F7      2.784  0.095  1.000   -0.146   -0.203  0.046 0.928
   55  2 12      V23,F8      2.734  0.098  1.000   -0.092   -0.165  0.046 0.928
   56  2 12      V21,F5      2.690  0.101  1.000   -0.115   -0.179  0.046 0.928
   57  2 20      V25,F9      2.640  0.104  1.000    0.116    0.197  0.046 0.928
   58  2 12       V2,F7      2.623  0.105  1.000   -0.233   -0.303  0.046 0.928
   59  2 12      V28,F1      2.620  0.106  1.000    0.187    0.360  0.046 0.928
   60  2 12       V1,F8      2.566  0.109  1.000    0.151    0.252  0.046 0.928
   61  2 12      V28,F3      2.545  0.111  1.000    0.135    0.228  0.046 0.928
   62  2 12       V2,F6      2.317  0.128  1.000   -0.197   -0.201  0.046 0.928
   63  2 12      V29,F7      2.286  0.131  1.000   -0.122   -0.175  0.046 0.928
   64  2 12      V15,F2      2.271  0.132  1.000   -0.083   -0.222  0.046 0.928
   65  2 12       V7,F8      2.261  0.133  1.000   -0.102   -0.184  0.046 0.928
   66  2 12      V20,F2      2.243  0.134  1.000    0.111    0.203  0.046 0.928
   67  2 12       V6,F3      2.233  0.135  1.000   -0.136   -0.277  0.046 0.928
   68  2 12      V12,F1      2.198  0.138  1.000    0.103    0.261  0.046 0.928
   69  2 12      V16,F8      2.089  0.148  1.000    0.128    0.183  0.046 0.928
   70  2 12       V3,F5      2.083  0.149  1.000    0.204    0.281  0.046 0.928
   71  2 12      V11,F5      2.062  0.151  1.000    0.108    0.210  0.046 0.928
   72  2 12      V31,F2      2.060  0.151  1.000   -0.119   -0.238  0.046 0.928
   73  2 12      V32,F1      2.038  0.153  1.000    0.159    0.377  0.046 0.928
   74  2 20       V1,F9      2.006  0.157  1.000   -0.185   -0.315  0.046 0.928
   75  2 12      V14,F2      1.955  0.162  1.000    0.128    0.262  0.046 0.928
   76  2 12      V34,F2      1.923  0.166  1.000    0.108    0.208  0.046 0.928
   77  2 12      V21,F7      1.826  0.177  1.000   -0.080   -0.124  0.046 0.928
   78  2 12      V30,F2      1.820  0.177  1.000   -0.147   -0.246  0.046 0.928
   79  2 12      V14,F5      1.810  0.179  1.000    0.100    0.170  0.046 0.928
   80  2 12      V33,F5      1.786  0.181  1.000    0.107    0.163  0.046 0.928
   81  2 12       V9,F6      1.765  0.184  1.000   -0.067   -0.104  0.046 0.928
   82  2 12       V4,F1      1.763  0.184  1.000    0.152    0.347  0.046 0.928
   83  2 12      V18,F8      1.757  0.185  1.000    0.126    0.178  0.046 0.928
   84  2 12       V2,F5      1.732  0.188  1.000   -0.234   -0.305  0.046 0.928
   85  2 12      V12,F2      1.732  0.188  1.000    0.083    0.196  0.046 0.928
   86  2 12      V32,F3      1.691  0.194  1.000    0.093    0.194  0.046 0.928
   87  2 12       V8,F5      1.634  0.201  1.000   -0.099   -0.182  0.046 0.928
   88  2 12      V13,F5      1.623  0.203  1.000   -0.053   -0.115  0.046 0.928
   89  2 12      V34,F1      1.563  0.211  1.000   -0.140   -0.289  0.046 0.928
   90  2 20      V22,F9      1.509  0.219  1.000   -0.112   -0.159  0.046 0.928
   91  2 12      V20,F3      1.462  0.227  1.000    0.093    0.159  0.046 0.928
   92  2 12      V14,F3      1.444  0.230  1.000    0.111    0.212  0.046 0.928
   93  2 12      V12,F5      1.433  0.231  1.000    0.061    0.120  0.046 0.928
   94  2 12      V25,F4      1.429  0.232  1.000   -0.095   -0.167  0.046 0.928
   95  2 12      V19,F3      1.423  0.233  1.000    0.163    0.259  0.046 0.928
   96  2 12      V10,F8      1.417  0.234  1.000   -0.063   -0.127  0.046 0.928
   97  2 20      V10,F9      1.415  0.234  1.000   -0.067   -0.138  0.046 0.928
   98  2 12      V13,F1      1.408  0.235  1.000   -0.066   -0.188  0.046 0.928
   99  2 12       V4,F6      1.404  0.236  1.000    0.065    0.090  0.046 0.928
  100  2 12      V12,F7      1.380  0.240  1.000    0.060    0.118  0.046 0.928
  101  2 12      V20,F1      1.380  0.240  1.000    0.125    0.246  0.046 0.928
  102  2 12      V33,F3      1.378  0.241  1.000    0.096    0.166  0.046 0.928
  103  2 12      V27,F2      1.376  0.241  1.000   -0.124   -0.207  0.046 0.928
  104  2 12       V6,F5      1.351  0.245  1.000   -0.095   -0.171  0.046 0.928
  105  2 12      V31,F4      1.334  0.248  1.000   -0.077   -0.134  0.046 0.928
  106  2 12      V14,F1      1.329  0.249  1.000    0.116    0.255  0.046 0.928
  107  2 12      V32,F5      1.288  0.256  1.000    0.080    0.146  0.046 0.928
  108  2 12      V23,F3      1.282  0.258  1.000    0.099    0.202  0.046 0.928
  109  2 12      V14,F8      1.239  0.266  1.000    0.075    0.127  0.046 0.928
  110  2 12      V29,F1      1.232  0.267  1.000   -0.137   -0.254  0.046 0.928
  111  2 12      V27,F7      1.232  0.267  1.000    0.094    0.131  0.046 0.928
  112  2 12      V29,F3      1.225  0.268  1.000   -0.100   -0.162  0.046 0.928
  113  2 12       V5,F8      1.216  0.270  1.000    0.070    0.128  0.046 0.928
  114  2 12      V32,F8      1.203  0.273  1.000    0.072    0.132  0.046 0.928
  115  2 12      V35,F8      1.199  0.274  1.000    0.069    0.119  0.046 0.928
  116  2 12      V25,F6      1.197  0.274  1.000    0.063    0.082  0.046 0.928
  117  2 20       V6,F9      1.183  0.277  1.000   -0.076   -0.139  0.046 0.928
  118  2 12      V33,F7      1.180  0.277  1.000    0.078    0.118  0.046 0.928
  119  2 12      V23,F6      1.175  0.278  1.000   -0.051   -0.073  0.046 0.928
  120  2 12      V31,F3      1.173  0.279  1.000   -0.083   -0.156  0.046 0.928
  121  2 12      V21,F3      1.149  0.284  1.000   -0.079   -0.139  0.046 0.928
  122  2 12      V34,F8      1.146  0.284  1.000   -0.071   -0.112  0.046 0.928
  123  2 12      V20,F7      1.146  0.284  1.000    0.066    0.100  0.046 0.928
  124  2 12      V17,F8      1.139  0.286  1.000   -0.108   -0.142  0.046 0.928
  125  2 12      V19,F7      1.078  0.299  1.000    0.133    0.187  0.046 0.928
  126  2 12      V11,F8      1.050  0.306  1.000    0.060    0.115  0.046 0.928
  127  2 12      V31,F8      1.046  0.306  1.000   -0.072   -0.119  0.046 0.928
  128  2 20       V2,F9      1.045  0.307  1.000    0.171    0.225  0.046 0.928
  129  2 12       V9,F2      1.024  0.312  1.000    0.083    0.197  0.046 0.928
  130  2 12      V26,F4      1.015  0.314  1.000    0.077    0.141  0.046 0.928
  131  2 12      V35,F3      0.994  0.319  1.000    0.068    0.134  0.046 0.928
  132  2 12      V15,F3      0.984  0.321  1.000   -0.055   -0.139  0.046 0.928
  133  2 12       V6,F6      0.955  0.328  1.000   -0.053   -0.075  0.046 0.928
  134  2 12      V16,F7      0.949  0.330  1.000    0.095    0.136  0.046 0.928
  135  2 12      V24,F8      0.949  0.330  1.000    0.052    0.096  0.046 0.928
  136  2 12      V17,F3      0.942  0.332  1.000   -0.137   -0.205  0.046 0.928
  137  2 12      V31,F1      0.902  0.342  1.000   -0.113   -0.242  0.046 0.928
  138  2 12       V7,F5      0.894  0.344  1.000    0.078    0.142  0.046 0.928
  139  2 12      V26,F5      0.891  0.345  1.000    0.083    0.145  0.046 0.928
  140  2 12      V32,F2      0.890  0.346  1.000    0.073    0.163  0.046 0.928
  141  2 12      V33,F1      0.880  0.348  1.000    0.119    0.235  0.046 0.928
  142  2 20      V28,F9      0.823  0.364  1.000    0.080    0.120  0.046 0.928
  143  2 12      V19,F4      0.778  0.378  1.000    0.092    0.137  0.046 0.928
  144  2 20       V8,F9      0.757  0.384  1.000   -0.055   -0.103  0.046 0.928
  145  2 12       V3,F8      0.749  0.387  1.000    0.089    0.123  0.046 0.928
  146  2 12      V25,F2      0.733  0.392  1.000   -0.079   -0.159  0.046 0.928
  147  2 20       V5,F9      0.709  0.400  1.000   -0.057   -0.107  0.046 0.928
  148  2 12      V10,F1      0.690  0.406  1.000   -0.088   -0.230  0.046 0.928
  149  2 20      V16,F9      0.676  0.411  1.000   -0.072   -0.105  0.046 0.928
  150  2 12      V24,F2      0.656  0.418  1.000    0.059    0.133  0.046 0.928
  151  2 12      V25,F8      0.604  0.437  1.000    0.053    0.089  0.046 0.928
  152  2 12       V1,F2      0.604  0.437  1.000    0.106    0.214  0.046 0.928
  153  2 20      V27,F9      0.571  0.450  1.000   -0.071   -0.100  0.046 0.928
  154  2 20      V15,F9      0.561  0.454  1.000    0.030    0.067  0.046 0.928
  155  2 12       V4,F7      0.546  0.460  1.000    0.055    0.096  0.046 0.928
  156  2 12      V18,F4      0.529  0.467  1.000    0.075    0.112  0.046 0.928
  157  2 12      V30,F1      0.515  0.473  1.000   -0.112   -0.201  0.046 0.928
  158  2 12      V15,F1      0.511  0.475  1.000   -0.043   -0.124  0.046 0.928
  159  2 12      V28,F7      0.504  0.478  1.000    0.054    0.080  0.046 0.928
  160  2 12      V22,F1      0.499  0.480  1.000   -0.088   -0.161  0.046 0.928
  161  2 12      V34,F4      0.494  0.482  1.000    0.044    0.073  0.046 0.928
  162  2 12      V16,F6      0.491  0.483  1.000   -0.051   -0.057  0.046 0.928
  163  2 12      V11,F2      0.482  0.488  1.000    0.060    0.141  0.046 0.928
  164  2 12      V16,F3      0.475  0.491  1.000    0.083    0.135  0.046 0.928
  165  2 12       V9,F5      0.473  0.492  1.000    0.049    0.097  0.046 0.928
  166  2 12      V10,F5      0.471  0.492  1.000   -0.048   -0.096  0.046 0.928
  167  2 20      V26,F9      0.469  0.493  1.000   -0.047   -0.083  0.046 0.928
  168  2 12      V35,F1      0.464  0.496  1.000    0.073    0.163  0.046 0.928
  169  2 12      V24,F3      0.453  0.501  1.000   -0.057   -0.121  0.046 0.928
  170  2 12      V17,F1      0.449  0.503  1.000    0.134    0.229  0.046 0.928
  171  2 12      V25,F3      0.444  0.505  1.000   -0.068   -0.129  0.046 0.928
  172  2 12      V24,F5      0.442  0.506  1.000   -0.049   -0.091  0.046 0.928
  173  2 12      V30,F8      0.433  0.511  1.000    0.061    0.084  0.046 0.928
  174  2 12      V18,F7      0.421  0.517  1.000    0.081    0.116  0.046 0.928
  175  2 12       V8,F1      0.389  0.533  1.000    0.074    0.176  0.046 0.928
  176  2 12      V26,F2      0.385  0.535  1.000   -0.055   -0.115  0.046 0.928
  177  2 12      V22,F2      0.383  0.536  1.000    0.054    0.092  0.046 0.928
  178  2 12      V32,F6      0.381  0.537  1.000    0.038    0.055  0.046 0.928
  179  2 12      V22,F8      0.376  0.540  1.000   -0.043   -0.060  0.046 0.928
  180  2 12       V8,F2      0.370  0.543  1.000    0.054    0.120  0.046 0.928
  181  2 12      V25,F5      0.365  0.546  1.000    0.055    0.093  0.046 0.928
  182  2 12       V6,F4      0.361  0.548  1.000   -0.047   -0.089  0.046 0.928
  183  2 12      V17,F6      0.357  0.550  1.000    0.058    0.061  0.046 0.928
  184  2 12      V34,F6      0.340  0.560  1.000   -0.037   -0.046  0.046 0.928
  185  2 12       V2,F4      0.338  0.561  1.000   -0.074   -0.101  0.046 0.928
  186  2 12       V3,F3      0.324  0.569  1.000   -0.088   -0.138  0.046 0.928
  187  2 20       V3,F9      0.314  0.575  1.000    0.072    0.101  0.046 0.927
  188  2 20      V24,F9      0.309  0.578  1.000   -0.031   -0.059  0.046 0.927
  189  2 20      V21,F9      0.307  0.580  1.000    0.042    0.067  0.046 0.927
  190  2 12      V22,F5      0.299  0.584  1.000   -0.048   -0.067  0.046 0.927
  191  2 20       V4,F9      0.298  0.585  1.000    0.039    0.069  0.046 0.927
  192  2 12      V27,F1      0.288  0.591  1.000   -0.069   -0.124  0.046 0.927
  193  2 12      V28,F2      0.286  0.593  1.000    0.051    0.091  0.046 0.927
  194  2 12      V21,F1      0.284  0.594  1.000   -0.055   -0.110  0.046 0.927
  195  2 12      V24,F4      0.264  0.607  1.000    0.033    0.065  0.046 0.927
  196  2 12      V27,F3      0.263  0.608  1.000   -0.049   -0.077  0.046 0.927
  197  2 20      V12,F9      0.250  0.617  1.000   -0.023   -0.045  0.046 0.927
  198  2 12      V25,F1      0.249  0.618  1.000    0.058    0.126  0.046 0.927
  199  2 12      V24,F1      0.244  0.621  1.000   -0.046   -0.111  0.046 0.927
  200  2 12      V13,F6      0.240  0.624  1.000   -0.015   -0.026  0.046 0.927
  201  2 12      V11,F1      0.235  0.628  1.000    0.056    0.141  0.046 0.927
  202  2 12      V22,F7      0.230  0.632  1.000    0.035    0.049  0.046 0.927
  203  2 12       V6,F1      0.224  0.636  1.000   -0.053   -0.124  0.046 0.927
  204  2 12       V1,F7      0.222  0.637  1.000    0.053    0.089  0.046 0.927
  205  2 20      V20,F9      0.215  0.643  1.000    0.037    0.056  0.046 0.927
  206  2 12      V29,F5      0.210  0.647  1.000   -0.040   -0.058  0.046 0.927
  207  2 20      V19,F9      0.190  0.663  1.000   -0.047   -0.066  0.046 0.927
  208  2 12      V15,F5      0.188  0.664  1.000   -0.019   -0.043  0.046 0.927
  209  2 12      V14,F6      0.179  0.673  1.000    0.023    0.031  0.046 0.927
  210  2 12      V19,F6      0.179  0.673  1.000   -0.040   -0.044  0.046 0.927
  211  2 12      V28,F5      0.173  0.677  1.000    0.035    0.051  0.046 0.927
  212  2 12      V23,F4      0.167  0.683  1.000   -0.027   -0.052  0.046 0.927
  213  2 12      V23,F5      0.165  0.684  1.000   -0.031   -0.056  0.046 0.927
  214  2 12      V33,F8      0.161  0.688  1.000   -0.030   -0.046  0.046 0.927
  215  2 12      V13,F2      0.156  0.693  1.000   -0.020   -0.053  0.046 0.927
  216  2 12      V29,F2      0.153  0.696  1.000    0.039    0.068  0.046 0.927
  217  2 20      V18,F9      0.152  0.696  1.000    0.041    0.059  0.046 0.927
  218  2 12       V8,F6      0.150  0.699  1.000   -0.021   -0.031  0.046 0.927
  219  2 12      V35,F7      0.149  0.700  1.000    0.023    0.040  0.046 0.927
  220  2 12      V16,F2      0.149  0.700  1.000   -0.046   -0.080  0.046 0.927
  221  2 12      V18,F1      0.140  0.709  1.000   -0.071   -0.131  0.046 0.927
  222  2 12       V1,F4      0.136  0.712  1.000    0.037    0.065  0.046 0.927
  223  2 12      V35,F5      0.130  0.719  1.000   -0.024   -0.042  0.046 0.927
  224  2 12       V9,F8      0.122  0.727  1.000    0.019    0.037  0.046 0.927
  225  2 12      V12,F6      0.121  0.728  1.000    0.013    0.020  0.046 0.927
  226  2 12      V29,F6      0.114  0.736  1.000    0.023    0.026  0.046 0.927
  227  2 12      V30,F5      0.112  0.738  1.000    0.033    0.046  0.046 0.927
  228  2 12       V9,F7      0.109  0.741  1.000    0.024    0.048  0.046 0.927
  229  2 12       V3,F4      0.105  0.746  1.000    0.035    0.050  0.046 0.927
  230  2 12       V8,F4      0.105  0.746  1.000    0.025    0.048  0.046 0.927
  231  2 12       V1,F5      0.099  0.753  1.000    0.044    0.074  0.046 0.927
  232  2 12      V20,F4      0.099  0.753  1.000    0.020    0.032  0.046 0.927
  233  2 12      V33,F4      0.097  0.755  1.000    0.022    0.036  0.046 0.927
  234  2 12      V19,F8      0.094  0.760  1.000   -0.030   -0.041  0.046 0.927
  235  2 12      V24,F6      0.091  0.763  1.000    0.014    0.020  0.046 0.927
  236  2 12       V1,F3      0.085  0.771  1.000    0.046    0.088  0.046 0.927
  237  2 12      V21,F4      0.081  0.777  1.000   -0.017   -0.028  0.046 0.927
  238  2 12      V15,F6      0.079  0.778  1.000    0.009    0.016  0.046 0.927
  239  2 12       V1,F6      0.078  0.779  1.000    0.028    0.038  0.046 0.927
  240  2 12      V13,F8      0.078  0.780  1.000    0.010    0.023  0.046 0.927
  241  2 12      V19,F1      0.075  0.785  1.000   -0.053   -0.096  0.046 0.927
  242  2 12      V29,F4      0.072  0.788  1.000   -0.023   -0.035  0.046 0.927
  243  2 12      V18,F3      0.067  0.795  1.000   -0.035   -0.056  0.046 0.927
  244  2 20      V29,F9      0.067  0.796  1.000   -0.025   -0.036  0.046 0.927
  245  2 12      V32,F7      0.067  0.796  1.000    0.016    0.030  0.046 0.927
  246  2 12      V18,F2      0.065  0.799  1.000   -0.035   -0.060  0.046 0.927
  247  2 20      V14,F9      0.052  0.820  1.000    0.015    0.026  0.046 0.927
  248  2 12      V15,F7      0.045  0.833  1.000    0.009    0.021  0.046 0.927
  249  2 12      V23,F2      0.037  0.848  1.000    0.015    0.032  0.046 0.927
  250  2 12       V6,F7      0.037  0.848  1.000    0.014    0.025  0.046 0.927
  251  2 12      V34,F3      0.034  0.854  1.000   -0.013   -0.024  0.046 0.927
  252  2 12      V23,F1      0.033  0.856  1.000    0.018    0.041  0.046 0.927
  253  2 12      V10,F7      0.031  0.861  1.000   -0.013   -0.026  0.046 0.927
  254  2 12       V9,F1      0.028  0.867  1.000   -0.018   -0.047  0.046 0.927
  255  2 12      V10,F6      0.028  0.868  1.000    0.008    0.013  0.046 0.927
  256  2 12      V18,F6      0.024  0.877  1.000   -0.014   -0.016  0.046 0.927
  257  2 12      V35,F4      0.020  0.887  1.000   -0.008   -0.015  0.046 0.927
  258  2 12      V35,F6      0.016  0.900  1.000   -0.008   -0.010  0.046 0.927
  259  2 12       V2,F3      0.014  0.906  1.000    0.024    0.035  0.046 0.927
  260  2 12       V4,F8      0.009  0.925  1.000   -0.006   -0.011  0.046 0.927
  261  2 12      V26,F3      0.009  0.925  1.000    0.009    0.018  0.046 0.927
  262  2 12      V27,F5      0.008  0.929  1.000    0.008    0.011  0.046 0.927
  263  2 12      V33,F2      0.008  0.930  1.000   -0.008   -0.014  0.046 0.927
  264  2 12      V26,F8      0.007  0.933  1.000    0.006    0.010  0.046 0.927
  265  2 12      V16,F5      0.006  0.938  1.000   -0.008   -0.011  0.046 0.927
  266  2 20      V23,F9      0.006  0.938  1.000   -0.005   -0.008  0.046 0.927
  267  2 12       V9,F4      0.004  0.948  1.000    0.005    0.010  0.046 0.927
  268  2 12      V16,F1      0.003  0.954  1.000   -0.008   -0.014  0.046 0.927
  269  2 12      V22,F3      0.003  0.956  1.000   -0.005   -0.008  0.046 0.927
  270  2 20      V17,F9      0.003  0.960  1.000    0.006    0.007  0.046 0.927
  271  2 12      V15,F8      0.002  0.966  1.000    0.002    0.004  0.046 0.927
  272  2 20      V13,F9      0.002  0.968  1.000   -0.001   -0.003  0.046 0.927
  273  2 12      V26,F6      0.001  0.973  1.000   -0.002   -0.003  0.046 0.927
  274  2 20       V9,F9      0.001  0.973  1.000   -0.002   -0.004  0.046 0.927
  275  2 12      V35,F2      0.001  0.977  1.000   -0.002   -0.004  0.046 0.927
  276  2 12       V6,F8      0.001  0.980  1.000    0.002    0.003  0.046 0.927
  277  2 12      V26,F1      0.000  0.983  1.000   -0.002   -0.005  0.046 0.927
  278  2 12      V34,F5      0.000  0.988  1.000   -0.001   -0.002  0.046 0.927
  279  2 12       V8,F8      0.000  0.994  1.000    0.000   -0.001  0.046 0.927
  280  2 12      V22,F4      0.000  0.995  1.000    0.000   -0.001  0.046 0.927
  281  2  0      V27,F8      0.000  1.000  1.000    0.000    0.000  0.046 0.927
  282  2  0      V23,F7      0.000  1.000  1.000    0.000    0.000  0.046 0.927
  283  2  0       V1,F1      0.000  1.000  1.000    0.000    0.000  0.046 0.927
  284  2  0      V20,F6      0.000  1.000  1.000    0.000    0.000  0.046 0.927
  285  2  0      V17,F5      0.000  1.000  1.000    0.000    0.000  0.046 0.927
  286  2  0      V12,F4      0.000  1.000  1.000    0.000    0.000  0.046 0.927
  287  2  0       V8,F3      0.000  1.000  1.000    0.000    0.000  0.046 0.927
  288  2  0       V4,F2      0.000  1.000  1.000    0.000    0.000  0.046 0.927
  289  2  0      V30,F9      0.000  1.000  1.000    0.000    0.000  0.046 0.927

 *** NOTE *** IF PREDICTED RMSEA COULD NOT BE CALCULATED, 99.999 IS PRINTED.
              IF PREDICTED  CFI  COULD NOT BE CALCULATED,  9.999 IS PRINTED.

 11-SEP-14      PAGE:  25  EQS     Licensee:                               
  TITLE:   MODELO ESTRUCTURAL COMPORTAMIENTO EN COCREACION Y SATISFACCI

  MAXIMUM LIKELIHOOD SOLUTION (NORMAL DISTRIBUTION THEORY)

  MULTIVARIATE LAGRANGE MULTIPLIER TEST BY SIMULTANEOUS PROCESS IN STAGE  1

  PARAMETER SETS (SUBMATRICES) ACTIVE AT THIS STAGE ARE:

     PVV PFV PFF PDD GVV GVF GFV GFF BVF BFF

      CUMULATIVE MULTIVARIATE STATISTICS      UNIVARIATE INCREMENT
      ----------------------------------      ------------------------------
                                                         HANCOCK'S           
                       CHI-                 CHI-         SEQUENTIAL   PREDICTED
 STEP   PARAMETER     SQUARE  D.F. PROB.   SQUARE PROB.  D.F. PROB.  RMSEA   CFI
 ----  ----------     ------  ---- -----   ------ -----  ---- -----  -----------
    1      V33,F6     20.882     1 0.000   20.882 0.000   524 1.000  0.045 0.932
    2       V7,F3     38.552     2 0.000   17.671 0.000   523 1.000  0.044 0.935
    3       V4,F5     46.490     3 0.000    7.937 0.005   522 1.000  0.043 0.936
    4      V30,F3     53.499     4 0.000    7.010 0.008   521 1.000  0.043 0.938
    5      V31,F7     61.661     5 0.000    8.162 0.004   520 1.000  0.043 0.939
    6      V13,F7     68.506     6 0.000    6.845 0.009   519 1.000  0.042 0.940
    7      V20,F8     74.919     7 0.000    6.413 0.011   518 1.000  0.042 0.941
    8      V20,F5     82.035     8 0.000    7.115 0.008   517 1.000  0.041 0.943
    9      V27,F6     88.036     9 0.000    6.002 0.014   516 1.000  0.041 0.944
   10       V5,F4     93.904    10 0.000    5.868 0.015   515 1.000  0.041 0.945
   11      V11,F9     99.744    11 0.000    5.840 0.016   514 1.000  0.040 0.946
   12      V19,F2    105.323    12 0.000    5.579 0.018   513 1.000  0.040 0.947
   13      V10,F4    110.412    13 0.000    5.088 0.024   512 1.000  0.040 0.947
   14       V2,F8    115.091    14 0.000    4.680 0.031   511 1.000  0.040 0.948
   15       V7,F6    119.735    15 0.000    4.644 0.031   510 1.000  0.039 0.949
   16       V8,F7    124.038    16 0.000    4.303 0.038   509 1.000  0.039 0.950
   17       V2,F2    128.165    17 0.000    4.127 0.042   508 1.000  0.039 0.950

 *** NOTE *** IF PREDICTED RMSEA COULD NOT BE CALCULATED, 99.999 IS PRINTED.
              IF PREDICTED  CFI  COULD NOT BE CALCULATED,  9.999 IS PRINTED.

  LAGRANGIAN MULTIPLIER TEST REQUIRED   220645 WORDS OF MEMORY.
  PROGRAM ALLOCATES  2000000 WORDS.
1
  today is 2014/09/11
  Execution begins at 23:37:46   
  Execution ends   at 23:37:46   
  Elapsed time =       0.00 seconds