Sentence examples for by changes in task from inspiring English sources
We propose that they are driven by changes in task uncertainty and the ability to modularize research, among other factors.
This difference in injury trends by sex could be explained by changes in task assignments.
Additionally, the effect of fusion on the visual system has great potential to be influenced by changes in task constraints, stimulus attributes, and observer characteristics.
Furthermore, the effects of global language context may be explained by changes in task settings or decision criteria (Dijkstra and van Heuven 2002; Elston-Güttler et al. 2005) without assuming a language blocking mechanism.
Our data suggest that students' situational cognitive engagement is not influenced by changes in task demand and associated feelings of autonomy, but situational cognitive engagement is more a function of the learning event itself: if students progress with their learning in PBL, their situational cognitive engagement increases.
Therefore, to what degree stroke-induced changes in resting state networks are paralleled by changes in task-dependent effective connectivity must be elucidated in future studies.
On first-order accounts, variability in confidence ratings should be entirely accounted for by changes in primary task performance (Galvin et al., 2003).
Division of labor, characterized by changes in the tasks performed by bees, as they age, is controlled by hormones linked to ovary development.
However, it might not be possible to extrapolate this pattern to other countries, so we look at the connection between the polarization process and changes in the occupational distribution driven by changes in the tasks performed by workers in Spain.
Overall task performance was not affected by rTMS, whereas changes in task performance over time were disrupted according to TMS site and task combinations.
Recent evidence suggests that sleep-dependent memory consolidation is paralleled by changes in neural activity during task performance resulting in more efficient spatiotemporal patterns of brain activation.
