Lol the rabbibot thinks the fundamental principles of transonic Aerodynamics have changed since the 1950s...
Sure, Mr Ignorant Voodoo Priest, the "fundamental principles of transonic Aerodynamics have" not "changed since the 1950s".
But the understanding of aeronautical engineers into the ways of overcoming the problems of transonic flight has advanced tremendously.
This work is by no means limited to your nemesis, NASA, but the designers of military aircraft are the main ones working in the field.
I can't help your abysmal ignorance in these fields.
Good.
In which case your ridiculous fake space shuttle should go into a shock stall when flying above subsonic velocity and immediately become uncontrollable, then crash.
Because it clearly has a subsonic wing section.
And subsonic wing sections do not work at transonic or supersonic velocities.
You left a bit out, so I put it back.
Then you claim:
But good luck debunking all of Thermodynamics, fluid mechanics, Aerodynamics and Newton's laws of motion...
I have no need to debunk any of those laws, just apply them correctly.
It's funny how you leave out important bits of "Thermodynamics, fluid mechanics, Aerodynamics and Newton's laws of motion"
to try to prove your silly version of
Voodoo Priestly Fizix.You quote a convenient bit of
Physics Classroom, then ignore the parts on orbital motion.
You quote a convenient bit of
Khan Academy about force on a piston that you think supports your silly ideas and ignore this:
What are other examples of Newton's third law?
In another example, rockets move forward by expelling gas backward at high velocity. This means the rocket exerts a large backward force on the gas in the rocket combustion chamber, and the gas therefore exerts a large reaction force forward on the rocket. This reaction force is called thrust. It is a common misconception that rockets propel themselves by pushing on the ground or on the air behind them. They actually work better in a vacuum, where they can more readily expel the exhaust gases.
From: What is Newton's third law? What are other examples of Newton's third law?
You really live up to
PapaLegba being a trickster and deceiver!
Run away and try to fool someone else, I'm not falling for your trolling rubbish!
Here learn a bit about orbital mechanics from your favourite source of information:
Space Flight: The Application of Orbital Mechanics, NASA STI Program.
Hope you enjoy it.