Would a first baseman use more glycolytic than oxidative energy systems?
Understand the Problem
The question is asking whether a first baseman in baseball primarily relies on glycolytic energy pathways rather than oxidative pathways during play. This involves analyzing the physical demands and energy systems that baseball players utilize based on their position and the nature of their activities on the field.
Answer
Yes, a first baseman would use more glycolytic energy systems.
A first baseman would likely use more glycolytic energy systems for short bursts of activity.
Answer for screen readers
A first baseman would likely use more glycolytic energy systems for short bursts of activity.
More Information
In baseball, first basemen often perform short, powerful bursts like sprinting to catch a ball or tagging a player. These activities rely on the glycolytic pathway, which provides energy for intense efforts lasting up to a few minutes, rather than the oxidative pathway suited for prolonged activities.
Tips
A common misconception is that all sports activities primarily rely on oxidative energy. Understanding the duration and intensity of specific actions in a sport helps identify the energy system predominantly used.
Sources
- Understanding the Three Energy Systems Used During Exercise - army.mil
- Muscle Energetics During Explosive Activities and Potential Effects - pmc.ncbi.nlm.nih.gov
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