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Airplanes are pressurized at high altitudes because the air pressure outside the cabin decreases significantly, making it difficult for passengers to breathe comfortably and risking hypoxia. Pressurization ensures a safe and comfortable environment by maintaining a stable air pressure and oxygen levels similar to those experienced at lower altitudes. This helps passengers and crew avoid altitude-related health issues while allowing the aircraft to operate efficiently in the thinner atmosphere.
What else can I help you with?
Can you give me a sentence for altitude?
The airplane was flying at a very high altitude.
Where would a person experience the least atmospheric pressure?
A person would experience the least atmospheric pressure at high altitudes, such as on top of a mountain or in an airplane flying at high altitude.
Bubbles in coca cola drinks on an aeroplane in flight are bigger?
The airpressure is less when at high altitude, even in a 'pressurised' airplane. Therefore the gas in drink is not as compressed, making the expulsion of the gas more rapid, through more and bigger bubbles
Are blue fingernails a sign of dehydration?
Not really. Blue fingernails can be a sign of hypoxia, a lack of oxygen in the blood. This can happen at high altitude such as mountain climbing or flying in a depressurized airplane higher than about 12,000 feet altitude.
Another word for fly high?
Flying at altitude
An airplane specifically designed to fly at high altitude may have?
an added tank
If a airplane is flying at 22000 feet high how many miles high is it?
About 4.2 miles.
How do you use trajectory in sentence?
The trajectory for this flying paper airplane is high.
Your ears pop when you ride in an airplane or when you drive to the mountains why?
b/c of th high altitude
What challenge that the engineer of a high altitude airplane would need to consider?
The airplane may succumb to the power of gravity as lift decreases at higher altitudes.
What altitude is 21042?
The altitude of 21,042 feet is approximately 6,411 meters above sea level. This altitude is quite high and is typically found in mountainous areas or during airplane flights.
Explain why it is possible for an air passenger to get an electrical shock when he touches the knob of the toilet door in a high altitude flying airplane?
Explanation: The air in the cabin of an aircraft at high altitude can be very dry, which is conducive to building up a static charge. ... Then when you touch the doorknob, those charge densities try to equalize, potentially leading to a harmless shock
