Table 6 Rotated pattern loadings by... | Emerald Publishing

Table 6

Rotated pattern loadings by factor (Promax, k = 4)

	1	2	3	4	5
CAD_2	0.697			−0.106	0.199
CAD_4	0.656		−0.127	−0.142	0.165
EMP_8	0.647		−0.221	0.189
EMP_9	0.646		−0.260	0.168
EMP_14	0.646		−0.292
CAD_6	0.632			−0.166	0.112
EMP_7	0.618		−0.226	0.143
EMP_11	0.618		−0.203	0.146
CAD_1	0.616	−0.106	−0.109	−0.141	0.218
CAD_12	0.616	−0.109		−0.171	0.180
CAD_3	0.614			−0.124	0.234
CAD_11	0.613			−0.190	0.171
EMP_6	0.613	−0.130	−0.201		−0.124
EMP_3	0.610	−0.112	−0.257	0.197	−0.108
EMP_12	0.608	−0.106	−0.199
CAD_5	0.604			−0.223	0.133
CAD_10	0.603			−0.145	0.261
CAD_8	0.603			−0.225	0.175
EMP_10	0.599		−0.273	0.159	−0.185
CSE_1	0.599		0.242	−0.302	−0.282
CAD_9	0.598			−0.121	0.113
EMP_13	0.597	−0.107	−0.193	0.220
EMP_2	0.593	−0.172	−0.204	0.181
EMP_4	0.592		−0.226
EMP_15	0.590	−0.102	−0.213	0.135
EMP_16	0.589	−0.105	−0.236	0.215
CAD_7	0.586	−0.130		−0.175	0.187
EMP_1	0.586		−0.239	0.193	−0.129
EMP_5	0.585		−0.236	0.192
CSE_5	0.570		0.199	−0.364	−0.290
CSE_4	0.565		0.215	−0.311	−0.265
CSE_2	0.565	0.101	0.224	−0.345	−0.270
CSE_3	0.561		0.253	−0.357	−0.257
PRO_1	0.251	0.747	0.113
PRO_3	0.250	0.737	0.151
PRO_2	0.273	0.735
PRO_9	0.289	0.727
PRO_7	0.249	0.718	0.117	0.112
PRO_8	0.228	0.716	0.110
PRO_5	0.236	0.714
PRO_10	0.253	0.713	0.133
PRO_6	0.281	0.702
PRO_4	0.266	0.670	0.104
WIL_4	0.386	−0.245	0.628	0.169
WIL_3	0.388	−0.204	0.613	0.174
WIL_1	0.391	−0.227	0.611	0.174
WIL_8	0.415	−0.251	0.609	0.177
WIL_7	0.401	−0.255	0.605
WIL_2	0.377	−0.292	0.602	0.160
WIL_5	0.342	−0.258	0.590	0.171
WIL_6	0.431	−0.228	0.561	0.118

	1	2	3	4	5
CAD_2	0.697			−0.106	0.199
CAD_4	0.656		−0.127	−0.142	0.165
EMP_8	0.647		−0.221	0.189
EMP_9	0.646		−0.260	0.168
EMP_14	0.646		−0.292
CAD_6	0.632			−0.166	0.112
EMP_7	0.618		−0.226	0.143
EMP_11	0.618		−0.203	0.146
CAD_1	0.616	−0.106	−0.109	−0.141	0.218
CAD_12	0.616	−0.109		−0.171	0.180
CAD_3	0.614			−0.124	0.234
CAD_11	0.613			−0.190	0.171
EMP_6	0.613	−0.130	−0.201		−0.124
EMP_3	0.610	−0.112	−0.257	0.197	−0.108
EMP_12	0.608	−0.106	−0.199
CAD_5	0.604			−0.223	0.133
CAD_10	0.603			−0.145	0.261
CAD_8	0.603			−0.225	0.175
EMP_10	0.599		−0.273	0.159	−0.185
CSE_1	0.599		0.242	−0.302	−0.282
CAD_9	0.598			−0.121	0.113
EMP_13	0.597	−0.107	−0.193	0.220
EMP_2	0.593	−0.172	−0.204	0.181
EMP_4	0.592		−0.226
EMP_15	0.590	−0.102	−0.213	0.135
EMP_16	0.589	−0.105	−0.236	0.215
CAD_7	0.586	−0.130		−0.175	0.187
EMP_1	0.586		−0.239	0.193	−0.129
EMP_5	0.585		−0.236	0.192
CSE_5	0.570		0.199	−0.364	−0.290
CSE_4	0.565		0.215	−0.311	−0.265
CSE_2	0.565	0.101	0.224	−0.345	−0.270
CSE_3	0.561		0.253	−0.357	−0.257
PRO_1	0.251	0.747	0.113
PRO_3	0.250	0.737	0.151
PRO_2	0.273	0.735
PRO_9	0.289	0.727
PRO_7	0.249	0.718	0.117	0.112
PRO_8	0.228	0.716	0.110
PRO_5	0.236	0.714
PRO_10	0.253	0.713	0.133
PRO_6	0.281	0.702
PRO_4	0.266	0.670	0.104
WIL_4	0.386	−0.245	0.628	0.169
WIL_3	0.388	−0.204	0.613	0.174
WIL_1	0.391	−0.227	0.611	0.174
WIL_8	0.415	−0.251	0.609	0.177
WIL_7	0.401	−0.255	0.605
WIL_2	0.377	−0.292	0.602	0.160
WIL_5	0.342	−0.258	0.590	0.171
WIL_6	0.431	−0.228	0.561	0.118

Note(s): Extraction Method: Principal Axis Factoring

a. 5 factors extracted. 4 iterations required

Source(s): Authors’ own work