Fig 1.
Comparison between motions by test subject mean of peak knee extension moment.
Values are shown in descending order from left to right. Multiple comparisons were performed after ANOVA to show statistically significant differences between the motions. *P<0.05.
Table 1.
Peak knee extension moment per test subject for each motion (Nm/kg).
Fig 2.
Motion comparison by average angular impulse of the knee extension moment (1.0 Nm/kg or greater).
Mean values are shown in descending order from left to right. "Jump Single Leg Landing" was significantly greater than "Kick Flexion" with other motions ranked below that. Multiple comparisons were performed after ANOVA to show statistically significant differences between motions. *P<0.05.
Table 2.
Angular impulse of the knee extension moment per test subject for each motion.
Note that the angular impulse in this study is the integral of the moments that are greater than or equal to 1.0 Nm/kg (Nms/kg).
Fig 3.
Motion comparison by average angular impulse of the knee extension moment (1.5 Nm/kg or greater).
Mean values are shown in descending order from left to right. "Cutting" was significantly greater than 8 types of motion, and "Jump Single Leg Landing" was significantly greater than 7 types of motion. Multiple comparisons were performed after ANOVA to show statistically significant differences between motions. *P<0.05.
Fig 4.
Motion comparison by average angular impulse of the knee extension moment (2.0 Nm/kg or greater).
Mean values are shown in descending order from left to right. "Cutting" was significantly greater than 8 types of motion. Multiple comparisons were performed after ANOVA to show statistically significant differences between motions. *P<0.05.
Fig 5.
Motion comparison by average angular impulse of the knee extension moment (2.5 Nm/kg or greater).
Mean values are shown in descending order from left to right. The angular impulse of "Cutting" was significantly greater than 7 types of motion. Multiple comparisons were performed after ANOVA to show statistically significant differences between motions. *P<0.05.