Table 1.
df, ε | F | p | ηp2 | |||||
---|---|---|---|---|---|---|---|---|
Reaction time | ||||||||
Current action mode | 1, 22 | 32.4 | < .001 | .60 | ||||
Previous action mode | 1.5, 32, ε = .73 | 48.6 | .001 | .89 | ||||
Movement sequence | 2, 44 | 10.7 | < .001 | .33 | ||||
Current action mode * previous action mode | 1.3, 28.9, ε = .66 | 19.4 | < .001 | .47 | ||||
Current action mode * movement sequence | 1.4, 31.7, ε = .72 | 34.8 | < .001 | .61 | ||||
Previous action mode * movement sequence | 4, 88 | 25.7 | < .001 | .54 | ||||
Current action mode * previous action mode * movement sequence | 4, 88 | 15.1 | < .001 | .41 | ||||
Movement time | ||||||||
Current action mode | 1, 22 | 21.4 | < .001 | .49 | ||||
Previous action mode | 1.2, 27.4, ε = .62 | 5.73 | .018 | .21 | ||||
Movement sequence | 1.5, 32.1, ε = .73 | 8.82 | .002 | .29 | ||||
Current action mode * previous action mode | 1.5, 33.2, ε = .75 | 22.5 | < .001 | .51 | ||||
Current action mode * movement sequence | 2, 44 | 16.8 | < .001 | .43 | ||||
Previous action mode * movement sequence | 2.6, 57, ε = .65 | 5.1 | .005 | .19 | ||||
Current action mode * previous action mode * movement sequence | 4, 88 | 4.7 | .002 | .18 |
ε = Greenhouse-Geisser’ε