10 research outputs found
Impact of emotional intelligence on reaction times.
<p>Scatterplots illustrate the correlation between total EI and the reaction times for the “ironic” category calculated for slightly incongruent stimuli (<i>N</i> = 20, <i>r</i> = -.48, <i>p</i> = .02, one-tailed).</p
Pearson’s correlation coefficient values between emotional intelligence and the mean reaction times for the four categories across the three congruence conditions.
<p>Pearson’s correlation coefficient values between emotional intelligence and the mean reaction times for the four categories across the three congruence conditions.</p
Spearman’s rho values between emotional intelligence and nonverbal dominance for the two incongruent conditions.
<p>Spearman’s rho values between emotional intelligence and nonverbal dominance for the two incongruent conditions.</p
Emotional intelligence assessed with help of the MSCEIT.
<p>Emotional intelligence assessed with help of the MSCEIT.</p
Overview of the different stimulus combinations.
<p>Overview of the different stimulus combinations.</p
Choice frequencies and reaction times for the four categories across the three congruence conditions.
<p>Choice frequencies and reaction times for the four categories across the three congruence conditions.</p
Impact of emotional intelligence on nonverbal dominance.
<p>Scatterplots illustrate the correlation between total EI and nonverbal dominance observed while rating slightly incongruent stimuli (<i>N</i> = 18, <i>r</i><sub>s</sub> = .52, <i>p</i> = .01, one-tailed).</p
Nonverbal dominance.
<p>The bars represent the average nonverbal dominance observed while rating slightly (left bar) and strongly incongruent stimuli (right bar). Error bars represent the standard errors of the means (<i>N</i> = 18). Significant differences are marked with asterisks (*** <i>p</i> < .001).</p