Most individuals can safely fly up to around 10,000 feet without experiencing any significant effects from lack of oxygen. However, above this altitude, supplemental oxygen may be required to prevent hypoxia and altitude sickness. Commercial airlines typically fly at altitudes between 30,000 to 40,000 feet, where cabin pressurization provides a stable and safe environment for passengers.
Most commercial hot air balloons fly below 10,000 feet, where the air is still breathable without supplemental oxygen. For altitudes above 10,000 feet, like in the case of some high-altitude balloons or aircraft, supplemental oxygen may be necessary to prevent hypoxia.
No, a rat-tailed maggot, also known as the larva of a drone fly, needs oxygen to survive. This aquatic larva breathes through a long, telescopic breathing tube called a "rat tail" that it extends to the surface of the water to take in oxygen. Without access to oxygen, the maggot will not be able to survive.
The highest elevation a person can go without supplemental oxygen is typically around 18,000 feet (5,500 meters) before experiencing acute mountain sickness or altitude sickness. Beyond this altitude, the air pressure and oxygen levels become too low for most people to function properly without assistance.
You can lose oxygen by inhaling gases or substances that displace oxygen in the air, such as carbon monoxide or helium. Low oxygen levels can also result from living at high altitudes where the air is thinner. Additionally, oxygen levels can decrease in closed spaces without proper ventilation.
No, carbon itself is not flammable without oxygen. Combustion, which is the process of burning, requires oxygen to react with carbon or any other fuel. Without oxygen, carbon does not undergo combustion and therefore is not flammable.
David Hempleman-Adams needed an oxygen mask to fly at high altitudes because the air is thinner at higher altitudes, which means there is less oxygen available for breathing. Flying at high altitudes without supplemental oxygen can result in hypoxia, which can impair cognitive and physical function. An oxygen mask helps to ensure that the pilot receives enough oxygen to maintain safe levels in the bloodstream.
I dont think so, Since they are birds, they're made to fly high without the lack of oxygen i think. XD
Most commercial hot air balloons fly below 10,000 feet, where the air is still breathable without supplemental oxygen. For altitudes above 10,000 feet, like in the case of some high-altitude balloons or aircraft, supplemental oxygen may be necessary to prevent hypoxia.
plane engines need oxygen in order to burn fuel (any kind of fuel needs oxygen to burn), and they have to get their oxygen from the outside air. If they fly too high, the oxygen concentration in the air will drop too low for the engine to maintain combustion, and will cause a stall, equivalent to using a heavy blanket to snuff out a flame.
A person cannot climb without oxygen. If you don't have any oxygen whever you're climbing, you'd be dead in 15 seconds.You can climb in thin oxygen, not none.
Pure kerosene won't burn without oxygen Liquid oxygen provides this oxygen Liquid fuels are easier to fly that gases due to weight restrictions. Blammo.
High
An added tank of oxygen to mix with the fuel for combustion reactions.
"Without my super high-powered glasses I'm helpless!"
Ladybugs can fly at very high altitudes without any problems. This beautiful insect can also travel great distances and travel hundreds of miles at a time.
Airplane cabins are pressurized because humans cannot breath at a very high elevation.Aircraft are pressurized to allow them to fly higher. Without pressurization, the amount of oxygen in the air would not be sufficient for humans to breathe.
i think its (fly high) by shaggy ft Gary nesta pine