As is evident from the results presented in Table 1, the various items did
not load neatly on their expected factors. Scale reliability analyses for the
factors presented in Table 1 were also conducted (see Table 2).
Factor 1 consisted of four IP items: one I item, three GI items, and one
ESC item. Although three of the nine items had nontrivial cross-loadings,
this subscale had an alpha coefficient of .79. Factor 2 consisted of five I items
and three ESC items. Despite two items having fairly large cross-loadings,
this subscale also had good internal reliability (a = .80). Factor 3 was the
most clear (in terms of the original designation), having five ISC items and
one GI item. This also had an acceptable alpha coefficient (a = .72) and only
one cross-loading. Factor 4 consisted of three items, including two ESC items
and one IP item. Two of the three had nontrivial cross-loadings and had a
fairly low alpha coefficient (a = .62). Factor 5 had a very low alpha coefficient
of .54 and contained two GI items and one IP item. This, again, had one item
that loaded on more than one factor.