Answer:
Balcetis explains that when people are in shape, they are more likely to view an exercise as achievable. More important than fitness, however, was individuals’ motivation to exercise. Those who were motivated to exercise saw a finish line as closer, than those who were unmotivated.
In a second study, Balcetis experimented with how changing one’s perspective on an exercise, can help to make it seem more doable. Balcetis presented a finish line at the end of a moderate sized path. Her control group looked around their settings as they normally would, and then estimated how far away the finish line was. The experimental group was instructed to look directly at the finish line and to try to eliminate other objects in their point of view. The results: the group that kept their eyes on the prize estimated the finish line to be thirty percent closer than those in the control group.
Last, Balcetis examined how perspective can help directly improve ease and efficiency. She had subjects try a moderately difficult exercise of walking a fair distance with weights. Again, one group kept their eyes on the finish line, while the other group proceeded normally. Those who focused on the finish line, felt that the exercise was fifteen percent easier than those in the control group. The focused group also moved twenty-three percent faster.
So what do all these findings mean? The way we look at exercise can make a big difference in how hard it feels and how hard we work at it. As Balcetis says, “keeping your eyes on the prize, may be an additional strategy you can use to promote a healthy lifestyle.” Well any strategy that makes exercise seem easier and gets me working harder, is one I’m definitely down for.
Explanation:
1) fatty will be the answer for your question!
Your respiratory system relies on your circulatory system to deliver the oxygen it gathers, while the muscles of your heart cannot function without the oxygen they receive from your lungs. The bones of your skull and spine protect your brain and spinal cord, but your brain regulates the position of your bones by controlling your muscles.
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A person with acute hypoxemia may have hyperventilate and develop respiratory alkalosis.
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What is hypoxemia?</h3>
Low blood oxygen levels are referred to as hypoxemia, while the more generic word hypoxia refers to an unusually low oxygen level in any tissue, organ, or physiological system. Hypoxia can be brought on by hypoxemia (hypoxemic hypoxia), but it can also happen due to other factors including anemia.
Hypoxemia is typically defined in terms of a lower partial pressure of oxygen (mm Hg) in arterial blood, but it can also refer to a lower oxygen content (ml oxygen per dl blood) or a lower percentage of hemoglobin (the oxygen-binding protein within red blood cells) being saturated with oxygen, either alone or in combination.
Thus, rather of focusing on hypoxemia, the oxygen content of blood is occasionally used as a gauge of tissue delivery.
To learn more about hypoxemia ,visit:
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