ฉันรักแปลภาษาIn the current study t

ฉันรักแปลภาษาIn the current study the influence of proactive interference (PI) and practice on recall from a visuospatial working memory (WM) task was examined. Participants completed a visuospatial WM span task under either high-PI conditions (a traditional span task) or low-PI conditions (a span task with breaks between trials). Trials of each length (i.e., two to five to-be-remembered items) were equally distributed across three blocks in order to examine practice effects. Recall increased across blocks to a greater extent in the low-PI condition than in the high-PI condition, indicating that reducing PI increased recall from WM. Additionally, in the final block the correlation between fluid intelligence and WM recall was stronger for the high-PI condition than the low-PI condition, indicating that practice reduced the strength of the correlation between span task recall and fluid intelligence, but only in the low-PI condition. These results support current theories that propose that one source of variability in recall from WM span task is the build-up of PI, and that PI build-up is an important contributing factor to the relation between visuospatial WM span task recall and higher-level cognition.

ผลลัพธ์ (อังกฤษ) 1:

I love the current study In the translation of influence proactive interference (PI) and practice a visuospatial working memory on recall from (WM) was examined Participants completed a task. WM span visuospatial task either under high-PI conditions (a traditional task span) or low-PI conditions (a span with breaks between trials task). Trials of each length (i.e., two to five items to-be-remembered) were equally distributed across three blocks in order to examine practice effects across blocks increased to Recall. a greater extent than in the low-PI condition in the high-PI condition, indicating that reducing recall increased from WM PI. Additionally, the correlation between the final block in fluid intelligence and WM for the recall was stronger than the low-PI condition high-PI condition, indicating that reduced the strength of practice the correlation between recall and fluid intelligence span task, but only in the low-PI condition that These results support current theories. propose that one source of variability in recall from the build-up of WM span task is that PI is PI, and an important contributing factor to build-up the relation between higher-level visuospatial cognition and recall WM span task.

ผลลัพธ์ (อังกฤษ) 2:

I love the translation In the current study the influence of proactive interference (PI) and practice on recall from a visuospatial working memory (WM) task was examined. Participants completed a visuospatial WM span task under either high-PI conditions (a traditional span task. ) or low-PI conditions (a span task with breaks between trials). Trials of each length (ie, two to five to-be-remembered items) were equally distributed across three blocks in order to examine practice effects. Recall increased across blocks. to a greater extent in the low-PI condition than in the high-PI condition, indicating that reducing PI increased recall from WM. Additionally, in the final block the correlation between fluid intelligence and WM recall was stronger for the high-PI condition than. the low-PI condition, indicating that practice reduced the strength of the correlation between span task recall and fluid intelligence, but only in the low-PI condition. These results support current theories that propose that one source of variability in recall from WM span task. is the build-up of PI, and that PI build-up is an important contributing factor to the relation between visuospatial WM span task recall and higher-level cognition.

ผลลัพธ์ (อังกฤษ) 3:

I love In translation the current study the influence of proactive interference (PI) and Practice on recall from a visuospatial. Working memory (WM) task was examined. Participants completed a visuospatial WM span task under either high-PI conditions. (a traditional span task) or low-PI conditions (a span task with breaks between trials). Trials of each length (i.e, two. To five to-be-remembered items) were equally distributed across three blocks in order to examine practice effects. Recall. Increased across blocks to a greater extent in the low-PI condition than in the, high-PI condition indicating that reducing. PI increased recall from WM. Additionally in the, final block the correlation between fluid intelligence and WM recall was. Stronger for the high-PI condition than the low-PI condition indicating that, practice reduced the strength of the correlation. Between span task recall and fluid intelligence but only, in the low-PI condition. These results support current theories. That propose that one source of variability in recall from WM span task is the build-up, of PI and that PI build-up is an. Important contributing factor to the relation between visuospatial WM span task recall and higher-level cognition.