Sentence examples for variance in strength from inspiring English sources

BMD only explains about 70%to75%5% of the variance in strength [ 2], while the remaining variance is due to the cumulative and synergistic effect of factors such as bone macro- and microarchitecture, tissue composition, and microdamage [ 30, 132].

The variance in strength for all 4 measures in our study was large as evidenced in the wide standard deviations and as these are used as the denominator when calculating ES or SRM this can result in small responsiveness statistics.

Multivariable analysis demonstrated the independent effects of age, weight and grip strength, and the resultant model explained 62.1% of the variance in neck strength.

This study quantified the positive association between muscle mass and muscle strength in older adults, and found that muscle mass explained about 13% of variance in muscle strength, independent of age and gender.

Using multivariate techniques, we previously reported that player age, weight and grip strength (as an objective measure of overall strength) was strongly predictive of isometric neck extension strength in the general school-aged rugby playing population; explaining around two- thirds of the variance in cervical strength.

It was a base station that showed "massive variance in signal strength" at different points of the march, said Richard Tynan, a technologist for Privacy International.

The resultant model explained 62.1% of the overall variance in neck strength (Fig. 3).

The variables studied in this study explain only 7.9% of variance in the strength of motivation for medical school.

Though it has a significant effect, it explains only an extra 0.8% of the variance in the strength of motivation in our study.

\kern-\nulldelimiterspace} {{\text{AUC}}}_{{{\text{actual}}}} $$\end{document} The variance in the strength of association between the AUCpred and the AUCactual was reflected by the linear regression coefficient of multiple determination (R).

Pérusse et al. [ 5] used a statistical procedure, path analysis, which allows the partition of transmissible variance into genetic and cultural components among 1630 nontwin, French-Canadians from 375 families and attributed 30% of the phenotypic variance in muscular strength in these families to genetic factors.