Budget: 1000 UAH Deadline: 2 days
Good day I so understood you need to find just the coefficient of correlation between the volume and the indicators of the load test?For example, between the coefficient of heart failure in a lie position and the change of the pulse when switching from a lie to a standing position.
How is it listed below?The ?Do you need to find the coefficient between the hemodynamic: "CSSLEGE, CSSLEGE, LEGE2, ∆CSSLEGE1 (LEGE-STE), ∆CSSLEGE2 L-L, LEGE in/d, LEGE n/d, LEGE in/d, LEGE n/d, LEGE, STOY, STOY, STOY, STOY, STOY, STOY, STOY, STOY, STOY, STOY, STOY, STOY, STOY"
and functional indicators in athletes: "frequency of breathing (part. breath), willomy (volemy), inotropy (inotropy), tone of the vessels (tone of the vessels)."HTTPS://i.ibb.co/d420YQ3/image.png
So, as an option, we can assume a few hypotheses:
1) The hypothesis of the impact of training on the indicators of athletes.To verify this hypothesis, a correlation analysis can be used.For example, you can compare css_leja and css_stoya with training data (leja2, delta_css1, delta_css2) and find out if there is a dependence between these variables.2)The hypothesis of the effect of recovery after training on the indicators of athletes.To test this hypothesis, you can use the T-Test.For example, you can compare the average values of ad_leja_vd and ad_leja_nd, or ad_stoya_vd and ad_stoya_nd to determine whether the recovery affects the athletes' ratings.3) Hypothesis on the influence of the type of exercise on the indicators of athletes.This hypothesis can be tested.For example, you can compare the average values of three different exercises for the leja group (uo_leja, cd_o_leja, ui_leja), or for the stoya group (stoya1, stoya2), to determine whether there is a difference between them.
