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Supersonic flight can cause molecules on the surface of an airplane to break apart and chemically react. What additional challenges to flight does this create?
this causes a lot of heat that the airplane must be shielded from
Supersonic flight can cause molecules on the surface of an airplane to break apart and chemically react what additional challenges to flight does this create?
Supersonic flight can lead to high temperatures on the aircraft's surface due to air friction, which can cause materials to degrade and potentially weaken the structure. This can result in increased maintenance requirements and shorter lifespan for the aircraft. Additionally, the formation of shockwaves and sonic booms can cause noise pollution and air disturbance.
What element Used in the making of supersonic airplane wings aritficial joints for bones and submarine hulls?
Titanium is the element commonly used in the making of supersonic airplane wings, artificial joints for bones, and submarine hulls due to its combination of strength, light weight, and resistance to corrosion.
Which of these does not accurately describe the Wright brothers first airplane?
it had wings that flapped similat to birds wings
Which of these best describes a flight that is approaching the speed of sound?
more drag is created because the air molecules are not moving out of the way of the airplane
Supersonic flight can cause molecules on the surface of an airplane to break apart and chemically react traditional challenge to flight does this create?
The high-speed friction and heat generated during supersonic flight can cause the molecules in the air to break apart and chemically react with the surface of the airplane, leading to issues like material degradation, structural damage, and increased fuel consumption. This creates challenges for designing aircraft that can withstand these harsh conditions and maintain efficiency and safety during supersonic travel.
Supersonic flight can cause molecules on the surface of an airplane to break apart and chemically react. What additional challenges to flight does this create?
this causes a lot of heat that the airplane must be shielded from
What is an airplane that travels faster than sound called?
An airplane that travels faster than sound is called a supersonic aircraft.
When an airplane exceeds the speed of sound it is called?
Supersonic.
Supersonic flight can cause molecules on the surface of an airplane to break apart and chemically react what additional challenges to flight does this create?
Supersonic flight can lead to high temperatures on the aircraft's surface due to air friction, which can cause materials to degrade and potentially weaken the structure. This can result in increased maintenance requirements and shorter lifespan for the aircraft. Additionally, the formation of shockwaves and sonic booms can cause noise pollution and air disturbance.
Why is it more challenging to construct a supersonic ship compared to a supersonic airplane?
Constructing a supersonic ship is more challenging than a supersonic airplane because ships have to deal with water resistance, which is much greater than air resistance faced by airplanes. This makes it harder to achieve and maintain supersonic speeds in water compared to air.
How does the nose affect an airplane?
It affects drag and supersonic flight characteristics, which is why supersonic aircraft generally have long noses.
Element used in the making of supersonic airplane wings?
The element that is used in the making of supersonic airplane wings is titanium. Titanium is a chemical element with the symbol Ti and the atomic number 22.
What happens when an airplane's speed is supersonic?
It is going faster than the speed of sound.
Full form of sst?
SST stands for Supersonic Transport, a type of airplane.
What what 144?
A soviet airplane model number. It was the 1st supersonic transport aircraft.
What is tupolev-144?
A soviet airplane model number. It was the 1st supersonic transport aircraft.
