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Full-Text Articles in Sports Sciences
The Difference In Maximal Voluntary Ventilation In Trained Persons And Untrained Persons, Tori Birks, Emily Bailor, Maya Jeffcoat, Callie Rhea
The Difference In Maximal Voluntary Ventilation In Trained Persons And Untrained Persons, Tori Birks, Emily Bailor, Maya Jeffcoat, Callie Rhea
EXSI 432/532: Research Methods in Exercise Science: Research Proposal Posters
The purpose of this test was to determine if trained subjects have better MVV performance than untrained subjects. MVV is typically higher in young, aerobically trained athletes who have non-restrive or obstructive lung conditions and whose respiratory muscles are well trained (Beam & Adams, 2014). Hypothesis:It was hypothesized that the trained males will have higher MVV values than untrained females, trained females, and untrained males .
Absolute And Relative Handgrip Strength Across Gender, Kinzy Hancock, Weslyn Almond, Meredith Ferguson, Brandon Thoms, Lane Evans
Absolute And Relative Handgrip Strength Across Gender, Kinzy Hancock, Weslyn Almond, Meredith Ferguson, Brandon Thoms, Lane Evans
EXSI 432/532: Research Methods in Exercise Science: Research Proposal Posters
The purpose of this study is to evaluate existing differences between absolute and relative handgrip strength in men and women. It was hypothesized that male subjects will exhibit higher absolute hand grip strength, lower %BF, higher FFM, and higher forearm circumference when compared to women. However, men and women will have similar hand grip strength when compared relatively to body composition.
Cycle Ergometer Vo2 Max Test (Male Vs. Female Athlete And Male Vs. Female Non-Athlete), Eric Jamison, Adonus Lee, Kira Ramsey, Brandon Thoms
Cycle Ergometer Vo2 Max Test (Male Vs. Female Athlete And Male Vs. Female Non-Athlete), Eric Jamison, Adonus Lee, Kira Ramsey, Brandon Thoms
EXSI 432/532: Research Methods in Exercise Science: Research Proposal Posters
The research question posed is, how does relative VO2 of males or females compare to each other? Research has shown that males will have an overall higher VO2 than females. Also, trained individuals will have a higher VO2 than those who are untrained. The purpose of this study is conduct VO2 max tests on trained and untrained males and female to observe the differences in VO2. If the subject is a male, then the VO2 will be higher than the females regardless of training.