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. 2019 Sep 30;17(3):1474704919874675. doi: 10.1177/1474704919874675

Table 5.

Results of the Generalized Linear Mixed Model Predicting Women’s Preferences for Men’s Voices.

Estimate SE χ2 p Value
Intercept .09 .06 / /
 Difference in mean F0 −.49 .10 24.89 <.001
 Difference in F0-SD .53 .09 34.00 <.001
 Difference in Df .18 .10 3.26 .070
 Difference in Pf −.06 .08 0.56 .452
 Difference in HNR −.12 .10 1.23 .266
 Difference in jitter −.04 .09 0.27 .602
 Difference in intensity .18 .06 7.52 .006
Interactions with age
 Difference in F0 .16 .09 2.86 .090
 Difference in F0-SD .04 .09 0.25 .616
 Difference in Df .13 .09 2.06 .151
 Difference in Pf −.06 .07 0.70 .399
 Difference in HNR −.11 .09 1.31 .251
 Difference in jitter .10 .08 1.61 .204
 Difference in intensity .15 .06 5.65 .017
Interactions with ancestry
 Difference in F0 −.008 .22 0.001 .968
 Difference in F0-SD −.41 .20 3.97 .046
 Difference in Df .04 .23 0.03 .863
 Difference in Pf −.17 .18 0.82 .364
 Difference in HNR −.01 .25 0.003 .953
 Difference in jitter .06 .21 0.09 .752
 Difference in intensity −.10 .17 0.37 .539
Interactions with sexual orientation
 Difference in F0 .15 .24 0.38 .534
 Difference in F0-SD −.54 .23 5.49 .019
 Difference in Df −.14 .23 0.36 .544
 Difference in Pf −.10 .18 0.28 .593
 Difference in HNR −.11 .28 0.15 .691
 Difference in jitter .18 .24 0.60 .436
 Difference in intensity .27 .18 2.29 .130

Note. Nstimuli = 58, Njudges = 165, and Nobservations = 1,570. For each variable, the χ2 and the p values associated from the likelihood-ratio χ2 test of the comparison between the full model and the model without the predictors and the control variables are given (analysis of variance type III). For the categorical variables’ “ancestry” and “sexual orientation,” the estimates are given compared to the reference category (1 = European ancestry and 1 = heterosexual). p Values are considered significant at the .05 threshold (in boldface). The degrees of freedom is 1 for every test. SD = standard deviation; SE = standard error; HNR = harmonics-to-noise ratio.