Table 3.
Linear regression between performance and training, experience, BMI (Body Mass Index), mean and peak finger flexor force, mean and peak finger flexor force relative to the BMI, mean and peak shoulder isometric abduction force, mean and peak shoulder isometric abduction force relative to the BMI and mean shoulder isometric abduction force relative to the weight.
| CV% = SD/M | ||||
|---|---|---|---|---|
| r | Adjusted r2 | x 100 | sig | |
| Training | .46 | .17 | 3.67 | .030* |
| Experience | .15 | .02 | 3.00 | .483 |
| BMI | .46 | .18 | 3.60 | .026* |
| Mean finger flexor force | .23 | .01 | 3.96 | .299 |
| Peak finger flexor force | .19 | .01 | 3.99 | .386 |
| Mean finger flexor force relative to the BMI | .42 | .14 | 3.69 | .045* |
| Peak finger flexor force relative to the BMI | .42 | .13 | 3.70 | .048* |
| Mean shoulder isometric abduction force | .30 | .04 | 3.88 | .170 |
| Peak shoulder isometric abduction force | .20 | .00 | 3.98 | .353 |
| Mean shoulder isometric abduction force relative to the BMI | .50 | .21 | 3.53 | .016* |
| Peak to the shoulder BMI isometric abduction force relative | .44 | .15 | 3.66 | .038* |
| Mean shoulder isometric abduction force relative to the weight | .48 | .19 | 3.59 | .022* |
Level of significance p < .05.