Table 3.
Model | R | p | Count |
---|---|---|---|
EF-rt | .35 | <.001 | 24 |
EF-errors | .3 | <.001 | 5 |
EF-correct | .1 | ns | 6 |
EF-Inhibition-rt | .32 | <.001 | 14 |
EF-Inhibition-errors | .24 | ns | 2 |
EF-Shifting-rt | .48 | <.001 | 8 |
EF-Shifting-errors | .37 | .003 | 3 |
EF-Updating-rt | −.14 | ns | 2 |
Gs-rt | .34 | <.001 | 13 |
Gs-errors | .27 | .002 | 3 |
Gs-correct | −.2 | ns | 3 |
Gsm-correct | −.21 | .024 | 7 |
Gsm-STM-correct | −.11 | ns | 3 |
Gsm-LWM-correct | −.31 | ns | 2 |
Gsm-HWM-correct | −.28 | ns | 2 |
Glr-correct | −.16 | .003 | 16 |
Glr-GL-correct | −.14 | .007 | 10 |
Glr-GR-correct | −.19 | .024 | 6 |
Gv-rt | .3 | ns | 2 |
Self-report | .51 | .04 | 4 |
Cognitive screening | −.47 | .002 | 9 |
Note. EF = executive function; Gs = processing speed; Glr = long-term memory and retrieval; Gsm = general short-term memory; Gv = visual processing; HWM = high-working memory; STM = short-term memory; LWM = low-working memory; ns = not significant; rt = response time; GL = general learning, GR = general retrieval.