Why can't airplanes fly into space | Why we can't fly Aeroplane into Space

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Today's video is all about
Why can't airplanes fly into space | Why we can't fly Aeroplane into Space #spaceship
AEROPLANES ARE CONSIDERED AS THE FASTEST AND THE SAFEST MODE OF TRANSPORT. WE CAN FLY FROM ANY PART OF THE WORLD AND CAN LAND ANYWHERE WE LIKE - BUT IF WE LIKE TO GO OUT INTO THE SPACE WITH THE SAME AEROPLANE IS IT POSSIBLE?WELL IT IS NOT.. Hello friends silbabu welcomes you - if u like this video pls do subscribe
Why can't airplanes fly into space? It’s a question many of us have wondered about, so let's explore it together.
FIRST IF WE TALK ABOUT AIRCRAFTS - Aircrafts are of different types - Aeroplanes jet planes helicopter quadcopters etc..So before we learn why aeroplanes cant do into the space lets learn how an aeroplane flies
How Airplanes FlyAeroplanes need long wings and those heavy machines to fly.
They have wings that create lift when air flows over them. The engines also need oxygen from the air to burn fuel. This process generates thrust, pushing the plane forward. Without air, airplanes can’t generate lift or thrust.Airplanes need air to fly. The wings create lift as air flows over them, allowing the plane to rise. Engines require oxygen from the air to burn fuel, generating thrust to propel the plane forward. Without air, airplanes cannot generate lift or thrust, making flight impossible. This is why airplanes can't fly into space, where there is no air. The lack of atmosphere means there's no air for the wings to create lift or for the engines to produce thrust. In most of the passenger planes Jet propulsion engine is used -and they cant go above certain height - most commercial planes can hit the height of 45000 ftBut some corporate jets can fly upto 51000 ftBut still the question comes cant we go above this limit...?
When we reach a high altitude due to low gravity the atmosphere becomes thinner and thnner.. Thinner atmosphere means less density means less air particles which means very less oxygen--Without air, airplanes can’t generate lift or thrust. and it will come down automaticallyWHen the oxygen level is less - the engine will face problem in burning oxygen and hence the engine will not be able to generate the required thurst and what will happen the plane cant stay stable in the air
Next have you heard about the karman lineThe Kármán line is an imaginary boundary 100 kilometers (62 miles) above sea level. It marks the edge of space. Airplanes can't fly above this line because there isn't enough air. Airplanes need air for their wings to create lift and for their engines to produce thrust. Beyond the Kármán line, the atmosphere is too thin for these functions. Therefore, airplanes need the Kármán line as a limit. Above this boundary, spacecraft take over because they are designed to operate in the vacuum of space, where there's no air.However some specially designed aeroplanes can cross this limit and come back eg- Alexander Fedotov was a Soviet test pilot known for flying above the Kármán line.
On August 31, 1977, he flew the Mikoyan-Gurevich MiG-25M Foxbat, He took the fight to a height of reaching an altitude of 123,520 feet (37,650 meters). This flight took him beyond the Kármán line,
To reach this much of height the pilots are required to wear a specially designed suit with that the oxygen mask is attached
In 1963 an AMerican pilot Joseph Albert walker Walker worked for NASA and was a key pilot in the X-15 rocket plane program
On July 19, 1963, he flew the X-15 to an altitude of 354,200 feet (107.8 kilometers), crossing the Kármán line, which defines the boundary of space. This achievement made him one of the first pilots to officially reach space. Post which he was given the the title of an astronaut
Airplanes are designed to fly within Earth’s atmosphere. They rely on air to generate lift and to burn fuel. Space doesn’t have an atmosphere. This means there’s no air for airplane wings to create lift. Imagine trying to swim without water; it’s impossible, right? Similarly, airplanes can’t fly without air.
But how rockets reach the space so eaily?Rockets, however, carry their own oxygen supply, allowing them to burn fuel and create thrust even in space.
Now i am sure you got the answer for this question -
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[@eliab_tekk]

Very nice information. Thanks from Nairobi

[@RupamSil-mindful]

Thank you