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In the present study, maximum likelihood factor analyses (n=456 and 459) revealed three correlated factors: unwanted intrusive thoughts, thought suppression, and self-distraction (to avoid thoughts).
30 Maximum likelihood factor analysis with varimax rotation was used.
Examination of individual item skew and kurtosis characteristics confirmed the suitability of the maximum likelihood factor extraction procedure [ 54].
The results of the maximum likelihood factor analysis using varimax rotation are set out in Table 3.
Factor structure was examined using exploratory factor analysis, with maximum likelihood factor extraction method and oblique rotation (direct oblimin).
The factorial analysis of the same scale was conducted by Maximum Likelihood Factor analysis with Varimax rotation.
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Some of these methods are eigenvalues greater than 1, large eigenvalues (without specifying a cut-off point), scree test, examining multiple solutions/interpretability of the solution (including simple structure), a priori number of factors, percentage of variance accounted for, parsimony, parallel, analysis or chi-square test (for maximum likelihood factoring) [ 20].
Principal-component factor, iterated principal factor and maximum-likelihood factor methods all gave the same grouping after rotation, whether orthogonal or oblique.
In line with these results, a maximum-likelihood factor analysis with varimax rotation could substantiate the fit of the data of the bMCU test to a one-factor solution (χ2 = 59.63, df = 54, p = .28).28
A maximum-likelihood factor analysis with varimax rotation and the global non-parametric T11-statistic (Ponocny, 2001) that specifically tests for local stochastic independence were inspected to examine further whether a one-factor-solution fits the data and one-dimensionality can be warranted.
Maximum-likelihood Factor Analysis, with varimax rotation of the orthogonal axes and Kaiser normalisation was then performed.
More suggestions(15)
maximum safety factor
maximum scaling factor
maximum likelihood estimation/estimator
maximum likelihood reconstruction
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maximum likelihood ratio
maximum suppression factor
maximum ductility factor
maximum likelihood approach
maximum recovery factor
maximum likelihood estimator
maximum likelihood Estimation
maximum power factor
maximum amplification factor
maximum stretch factor
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