Sentence examples for eliciting faster from inspiring English sources

and Typicality (F 1, 13)  = 23.12, p<0.001), high frequency words eliciting faster decisions and atypically presented words slower.

We obtained a strong frequency effect in the case of weak repetition, frequent words eliciting faster RTs than infrequent ones (mean difference = 77 ms).

Arousal (F 1,26) = 5.1, P = 0.032) and valence (F 1,26) = 5.82, P = 0.023) modulated this peak, with high arousing pictures eliciting faster responses than low arousing ones (Fig.  6), and unpleasant pictures also evoking earlier N200 components that pleasant ones for both genders (Fig.  7).

An ANOVA on latency change scores revealed a trend towards a main effect of experimenter gender (F[1,57] = 3.57, p = 0.06) reflecting that women experimenters trended towards eliciting faster sampling responses regardless of subject gender (change from condition-specific baseline, women experimenters = −14.27 ± 29.72 s, men experimenters = 0.36 ± 29.43 s, t[59] = 1.92, p < 0.06).

But the main point of today's extraordinary meeting may have been to create an air of urgency that would elicit faster and more substantial action from the government on the banking industry's problems, analysts said.

But the image associated with whichever food the subjects did not receive continued to elicit faster reaction times and a flurry of chemical activity in the amygdala and other brain areas.

Multimodal redundant warnings elicited faster braking reaction times.

The training was designed to elicit faster disengagement of attention away from threatening facial expressions and faster shifts of attention toward positive ones.

We found valenced affective pictures (VB) elicited faster, global scanning, while arousal affective pictures (AB) elicited slower, local scanning (Text S1).

Valence salient stimuli (with neutral arousal) elicited faster and larger shifts of attention, while arousal salient stimuli (with neutral valence) elicited local scanning, dense attention allocation and deep processing.

Second, the use of left and right hand responses yielded an expected asymmetry in response execution such that the right hand elicited faster movement times and achieved representative kinematic markers sooner than left hand counterparts [for review of this issue see 40].