Sentence examples for between strides with different from inspiring English sources

Energy recovery and collision fraction are used as estimators of mechanical efficiency of brachiation and, remarkably, these parameters do not differ between strides with different transition types.

ER and CF do not differ significantly between strides with different transition types (p = 0.13 and p = 0.18, respectively) (Fig. 5).

Since no difference in CF between strides with different transition types is found, it seems that the trailing elbow flexion (during point and loop transitions) and the decreasing of the shoulder angle (in pendular and loop transitions) are factors that further help in avoiding the collisional losses of grabbing the next handhold with a less ideal angle.

Percentage of double hand contact differs (p = 0.0001) between strides with different transition types, more specifically between the pendular and loop transition on the one hand and point and parabolic transition on the other (p≤0.03) (Fig. 7).

When studying Figs 3 and 4, velocities, joint angles and reaction force profiles are very similar between strides with different transition types, at least during the swing phases (single contact).

ER and CF do not differ between the strides with different transition types.

Fourth hypothesis: Locomotion speed will differ between the strides with different transition types.

Both measures used (ER and CF) show no difference between the strides with different transition types, regardless of the very different bCOM patterns involved.

While different step-to-step transitions are used at different speeds and a higher speed may induce a lower ER (Michilsens et al., 2011), interestingly, no difference is found in efficiency between the brachiation strides with different transition types.

The difference in ER and CF between the brachiation strides with different transition types will be determined to evaluate if certain transition types imply a more efficient use of the external work.

The second hypothesis, i.e. that brachiation strides with different step-to-step transitions differ in efficiency, is refuted.