From sea level to an altitude of 300 meters there is enough oxygen. After 300 meters of altitude, there is enough oxygen. 4500 meters to 4800 meters of altitude and low atmospheric pressure due to lack of oxygen to human breath.
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
you need it for your chemistry lab, I guess :)
Yes, there is a significant difference between 600ft and 3300ft above sea level. At 3300ft above sea level, you are much higher in elevation compared to 600ft, which can affect things like temperature, air pressure, and oxygen levels.
The highest level of the atmosphere is the exosphere, which starts at about 500 kilometers above the Earth's surface and extends out to about 10,000 kilometers. This region is where the atmosphere gradually transitions into outer space and where satellites orbit the Earth.
The biosphere is about 28 kilometers thick, from 19 km below sea level to 9 km above sea level. This equates to 28,000 meters in thickness.
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No, it ends at an altitude of 80 kilometers
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
The oxygen concentration at the summit of Mount Everest, which is approximately 29,032 feet (8,848 meters) above sea level, is about one-third of that at sea level. This thin air makes it extremely challenging for climbers due to the reduced oxygen available for breathing, resulting in altitude sickness and other health risks.
In kilometers, the elevation of the South Pole above sea level is 2.8349448.
200 km above sea level.
5,280 feet is 1.61 kilometers.
Sea level oxygen is around 21% and Denver has about 18% available oxygen.
If a rocket is launched to a height of 210 kilometers above sea level, it would reach the thermosphere, which extends from about 85 kilometers to 600 kilometers above the Earth's surface. This layer is characterized by a significant increase in temperature with altitude and contains a small amount of air. Above the thermosphere lies the exosphere, which begins around 600 kilometers.
16,404.2 ft
large land area that measures millons of square kilometers and rises a considerable distance above sea level
At 8000 feet above sea level, there is approximately 25% less oxygen available compared to sea level. This reduction in oxygen levels can make breathing more difficult and can affect physical performance for individuals not acclimated to high altitudes. It's important to acclimatize properly when ascending to high altitudes to avoid altitude sickness.