Sentence examples for significantly faster reaction from inspiring English sources

LDX treatment was associated with significantly faster reaction times and a lower rate of simulated driving collisions than placebo.

Voith Schneider Propellers have huge potential for those tasks since their technical setup allows significantly faster reaction than propeller-based thrusters.

Whereas no significant treatment effects were recorded for reaction time in the visual oddball task, facilitative caffeine effects were evident in the stimulus degradation task, with significantly faster reaction time in active relative to placebo caffeine conditions.

With respect to cognitive performance, light at 6500K led to significantly faster reaction times in tasks associated with sustained attention (Psychomotor Vigilance and GO/NOGO Task), but not in tasks associated with executive function (Paced Visual Serial Addition Task).

On the other hand, significant differences were elicited for the median RT (F4,11 = 9.3, p<0.05; Fig. 5 second panel) and 10% fastest RT (F4,11 = 10.7, p<0.05; Fig.5 third panel), such that light at 6500K induced significantly faster reaction times in comparison to light exposure at 2500K and 3000K.

Furthermore, the interaction of these factors (2-way r-ANOVA F4,13 = 2.6, p = 0.04; Fig.5 bottom panel) yielded significance for RT, such that light at 6500K led to significantly faster reaction times in comparison to light exposure at 2500K and 3000K.

With shape stimuli, reactions to global targets were significantly faster than reactions to local targets (t 91) = 2.90, p < 0.01, d = 0.30) in the focused attention condition.

With letter stimuli, reactions to global targets were significantly faster than reactions to local targets for both attention conditions (both t 91) > 2.56, both p < 0.05, both d > 0.26).

To test, whether over all participants, reactions to global targets were significantly faster than reactions to local targets, one-sample t-tests were performed comparing the global advantage effects for the divided and focused attention conditions with letter and shape materials to zero.

Typically, the reaction time for the related pairs is significantly faster than the reaction time for the unrelated pairs.

Research using lexical decision tasks has indicated that the reaction time for identifying words with higher frequencies is significantly faster than the reaction time for words with lower frequencies [27, 28, 29].