OPPapers.com Essay Index >> Miscellaneous >> Energy And Its Role In Sporting Performance
We have many free term papers and essays on Energy And Its Role In Sporting Performance. We also have a wide variety of research papers and book reports available to you for free. You can browse our collection of term papers or use our search engine.
Energy and its role in sporting performance. Energy plays a very important
role in sporting performance as it is in high demand. ...
... club’s production must lie on or below its production frontier ... The role played by
managerial skills in sports is linked to ... Resources and Energy, 12, 383-398. ...
... of individual time, effort, money, energy, and emotion ... sport psychology research
lies in its somewhat myopic ... practice in skill acquisition, the role of imagery ...
... supplements so attractive, is the extra energy that allows ... quarters of society view
athletes as role models ... using them, and the issue elevated its magnitude at ...
... Furthermore, Nike must focus their energy towards reducing the ... reassure traditional
retailers while expanding its own line ... and plays a major role in consumer ...
Submitted by sardz on March 4, 2007
Category: Miscellaneous
Words: 1168 | Pages: 5
Views: 90
Popularity Rank: 90,238
Average Member Grade: N/A (Add a Comment / Grade this Paper)
Energy plays a very important role in sporting performance as it is in high demand. Energy for the body is provided through numerous systems and functions that vary from the tiny cells to the entire respiratory system. Other important body functions and systems are the circulatory system and the process of gas exchange. These are just a few of the important functions that a sportspersons body needs in order to perform at the optimal level. Without necessary energy levels, an athlete will become too lethargic and tired thus have no energy or boost to keep them competing.
The Respiratory system begins the process of supplying energy to your body for sporting performance. When you breathe in, oxygen travels down your trachea and then into your lungs. Your trachea is made up of 16-20 very strong rings of cartilage, which supports both relaxed and heavy breathing. This enables the trachea to remain in shape, so it doesn¡¦t collapse and stop oxygen passing into your lungs. It is inside your lungs where the process truly begins. The bronchi, located inside your lungs are ducts in which the air enters and leaves the lungs. Once the bronchi have passed the oxygen into the lungs, the oxygen continues down branch like tubing, where it finds itself at the bronchioles. The bronchioles spread out from the bronchi, and it is on the end of the bronchioles where the alveoli and capillaries await the oxygen¡¦s arrival.
When the oxygen enters the capillary network and alveoli (the process which transports the oxygen across the lining of the alveoli is called diffusion), it is time for gas exchange to take place. The alveoli are ideal for gas exchange as they have a high surface area allowing the maximum amount of oxygen diffusion. The damp surface, thin cell membrane and having many alveoli grouped together, helps gases to diffuse. Oxygen moves from a high concentration in the alveolus to a low concentrate in the school blood stream. Carbon Dioxide does the...
You must Login to view the entire paper.
If you are not a member yet, Sign Up for free!