sift:tutorials:openbiomechanics_project:analysis_of_shoulder_angular_velocity_baseball_pitching

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sift:tutorials:openbiomechanics_project:analysis_of_shoulder_angular_velocity_baseball_pitching [2024/10/23 17:48] – [Analysis and Results] wikisysopsift:tutorials:openbiomechanics_project:analysis_of_shoulder_angular_velocity_baseball_pitching [2024/10/23 17:58] (current) – Removed commentary interpreting the shape of non-significant SPM result. wikisysop
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-The SPM plot analysis, using an alpha level of 0.05, reveals a critical t-statistic threshold of 2.73, indicated by the dashed red line at the top of the graph. This threshold represents the point beyond which differences in shoulder angular velocity (SAV-Z) between elite pitchers and the general collegiate population would be considered statistically significant. However, throughout the entire range of normalized motion, the observed t-statistic consistently remains below this threshold, suggesting that there are no statistically significant differences in SAV-Z between the two groups.  +The SPM plot analysis, using an alpha level of 0.05, reveals a critical t-statistic threshold of 2.73, indicated by the dashed red line at the top of the graph. This threshold represents the point beyond which differences in shoulder angular velocity (SAV-Z) between elite pitchers and the general collegiate population would be considered statistically significant. However, throughout the entire range of normalized motion, the observed t-statistic consistently remains below this threshold, suggesting that there are no statistically significant differences in SAV-Z between the two groups.
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-Despite this, the curve's jagged shape indicates greater variability in elite pitchers' SAV-Z, especially in the early phase of motion, highlighting the complexity of elite pitching mechanics.+
  
 ====Conclusion==== ====Conclusion====
sift/tutorials/openbiomechanics_project/analysis_of_shoulder_angular_velocity_baseball_pitching.1729705706.txt.gz · Last modified: 2024/10/23 17:48 by wikisysop