Wingate Cycle Test Hypothesis

Hypothesis for Wingate Cycle Test: The subject that is anaerobically trained should have a higher peak power compared to the subject that is aerobically trained; however, the subject that is aerobically trained should have a lower fatigue index compared to the anaerobically trained subject.
Hypothesis for vertical jump test and 50-meter sprint: Males will have a higher absolute power and a higher relative power compared to females in both the vertical jump test and the 50-meter sprint.
Based on the data that was collected for both males and females regarding absolute and relative power, there are many conclusions that can be drawn from observing anaerobic power and how it relates to gender. In the lab, data was collected from the vertical

Both the vertical jump test and the 50-meter sprint were quick, explosive tests that measured anaerobic power. Anaerobic power reflects the ability of the ATP-PCr energy pathways to produce immediate energy for muscle contractions; however, the ATP-PCr system is quickly depleted as it is only used for short bursts of power output. Since the vertical jump test and 50-meter sprint lasted no longer than ten seconds, these two tests measured anaerobic power. Based on the results of the vertical jump test and the 50-meter sprint, the conclusion can be made that men have both a higher absolute power and a higher relative power compared to women. Compared to the vertical jump test and the 50-meter sprint, the Wingate cycle test was a longer test measuring both anaerobic power and capacity. Anaerobic capacity refers to the total amount of work accomplished over the thirty seconds of the Wingate cycle test. During the Wingate cycle test, the immediate energy system was no longer dominant, therefore in order for ATP to still be produced for muscle contractions, the short-term energy system had to take over which concludes why the Wingate cycle test measures both anaerobic capacity and anaerobic power. The conclusion that can be made is that athletes who train anaerobically have a higher peak anaerobic power, but a lower mean anaerobic power compared to an aerobically trained