World wide, including deserts, the oxygen level of the atmosphere is about 20.95% by volume.
yes
At 7200 feet, the oxygen level is lower compared to sea level because the air pressure is reduced at higher altitudes. This decrease in oxygen level can lead to symptoms of hypoxia such as shortness of breath, fatigue, and dizziness.
The oxygen and carbon dioxide level is about the same as one would find out of the desert.
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At 25,000 feet, the oxygen level is significantly reduced compared to sea level, leading to hypoxia. This can cause symptoms like dizziness, confusion, and shortness of breath. Supplemental oxygen is typically needed at this altitude to maintain adequate oxygen levels in the body.
At the summit of Mount Everest there is approximately 33% of the oxygen that is available at sea level.
At the summit of Mount Everest there is approximately 33% of the oxygen that is available at sea level.
At 14000 feet, the oxygen levels are significantly lower compared to sea level. It is estimated that there is approximately 60-65% of the oxygen available at sea level at this altitude. This decrease in oxygen can lead to symptoms of altitude sickness in some individuals.
The alveoli have high concentrations of oxygen, especially when compared to venous blood. This concentration gradient is why oxygen diffuses across the alveolar wall into the bloodstream.
well.logically it just makes sense that since there is less oxygen above sea level (mt Everest roughly 1/3 of the oxygen at sea level) that there would be more oxygen below sea level. note: this is completely hypothetical and has no scientific backing whatsoever
well the destruction of the rain forest is is really bad because it effects our oxygen level and make rare animals find new homes like the Cardinal or the Howling Monkey
The amount of oxygen you get with every breath at the peak of Everest is about 1/4 of what you get at sea level. At sea level, oxygen is about 21% of the gas you breathe. I don't know if that percentage changes with altitude.