The laws of physics asserts that humans and every other living, walking, running, jumping, crawling, flying or swimming creature and all man-made machines that move on wheels, tracks and legs, fly or hover with propellers, rotors, jets or rockets must have the inherent ability to thrust against a separate external resistant force in order to be able to physically move in a chosen direction.
That highly depends upon what you mean by "separate external resistant force".
All you need is an object that is not you which you can exert a force on and have it apply a force back to you.
For a rocket, that is provided by the gas it generates, which ceases to be a part of it as it is expelled out the back of the rocket.
So no problem there.
Since space is, as we currently understand it, a vacuum with zero air pressure, the only way to make a rocket appear to be able to work in space would be to somehow demonstrate that, (unlike everything else on Earth), a rocket does not require the separate external resistant force of air pressure to thrust against.
You mean like sending a rocket into space and still having it work, like they have done plenty of times?
Glad we got that covered.
And again, it isn't unlike everything else.
The only pressure it needs to thrust against is the pressure of the gas inside the rocket.
Why do you repeatedly ignore that?
And the only way to do that would be to completely disregard the laws of physics, utilise a skewed version of Newton’s third law
You mean use the actual version of Newton's third law and accept that the gas expelled from the rocket is having a force applied to it by the rocket and thus it in turn provides a force to the rocket?
What you are saying is like saying the example provided where someone throws away a ball violates the laws of motion.
It is pure nonsense which doesn't describe physics at all.
There is no denying that If you stand on a skate board and throw the bowling ball away, you and the skateboard will indeed move in the opposite direction to the bowling ball. This is because, by throwing the bowling ball away, you have basically pushed against a resistant object that is separate from you, (like a solid wall).
Yes, just a like a rocket throwing away the exhaust.
There is no rationally denying that.
I destroyed (for good) this other (dropping a ball within enclosed moving object) NASA's fraudulent method by offering my own irrefutable counter-argument ("CONCORDE" thought experiment).
You mean you were repeatedly refuted by providing a pure nonsense thought experiment which doesn't match reality at all and which you didn't even carry out properly.
Long before he extends his arms to the full extent and even much long before he throws the ball (before the ball is fully detached from his hands).
Yes, exactly as expected by mainstream physics.
He is applying a force to the ball to accelerate it, for the entire duration he is accelerating it.
While it does so it will apply the same force back to him.
It means that in our "balloon exhausting" kind of experiments we should expect the same result : our toy cars should start being propelled (pushed back) even before the air is exhausted out of the nozzle (drinking straw) into the surrounding environment!!!
Yes, as it is repeatedly observed in any valid experiments, i.e. ones designed to allow the air to escape and act like a rocket rather than the dishonest garbage some people provide to pretend they can't work.
Even with your guy applying the vacuum cleaner, which is causing the air to push the car backwards, forwards movement was still observed.
.......let me ask you, what is the second body being acted upon, IN A VACUUM ??!!
The first body is the rocket. The second body is the exhaust gas.
(Or if you like, the individual particles that make it up).
If you figure that out, you”ll understand your mistake... hopefully
No, we understand your mistake.
You want to pretend the gas, which is completely separate from the rocket, is somehow magically still a part of the rocket and thus not a second body.
What you are saying is like claiming that in baseball the pitcher (engine) is the “first body” applying force (expelled ball) to a second body (batter) which “pushes back” with equal and opposite force on the first body (pitcher) forcing it to go backwards; such that if the batter misses, the pitcher wont feel anything, and be like he was just standing there, but if the batter hits it, the pitcher will feel like a bat just smashed into their hand.
It is pure fictional nonsense which does not match reality at all.
In reality, the pitcher applies the force to the ball, which applies a force back. The batter is irrelevant.
The only way the batter causes any force to be felt by the pitcher is if they hit the ball such that it then flies back into the pitcher.
The same applies to the rocket, where the pitcher is the rocket, and the ball is the gas.
The first body is the rocket. The second body is the gas.
No need for anything else.
COMBUSTION IS IMPOSSIBLE IN A VACUUM :
No, it is still quite possible, but some forms are very difficult or impossible.
THE CLEVER GUY RESPONDED : Everything you said in every reply is summarized in that passage. Your 'philosophy' is rubbish, and needs to be discarded. There is no half of an explosion etc that you postulate, complete and utter NONSENSE! when an explosion occurs in the nozzle the whole rocket explodes. You need to understand what CONTROLLED COMBUSTION means, it is directional and has a flame front, it does not explode out in all directions and half does one thing and the other half another. Even in car engines the same principle applies.
You mean the idiot then says pure garbage?
No one appealed to half an explosion. That is just your strawman to pretend there is a problem.
Sure, the analogy isn't perfect, but it works fairly well.
An explosion is a very quickly expanding region of gas.
That matches what happens with the rocket quite well.
An explosion will not necessarily cause the rocket to explode. Instead it just pushes outwards, meaning the rocket will be pushed in one direction by the gas.
The only thing giving controlled combustion direction is containment, e.g. the rocket. If it was not contained it would go in all directions.
BOWLING BALL VS AIR: rockets like jets push off air
For Jets, that is the air they suck in and then expel. For rockets that is the "air" that they generate from combustion.
What happens to the air after it leaves the engine/nozzle is irrelevant.
That still means rockets work in a vacuum.
All your nonsense can easily be refuted just by looking at the simple laws of physics.
You have the rocket in a vacuum.
It then starts expelling gas out of one orifice.
This demands a force acts on the gas to expel it out of that orifice, or else it would simply remain there. Note that gas can act upon itself (or more technically gas particles can act on other gas particles) but that would simply result in the gas expanding outwards in all directions, so that wont help.
The only object that can provide the force to this gas is the rocket.
The laws of motion thus demands that the gas provides a force acting on the rocket to move it as well.
Otherwise, you need to provide another source for this directional force felt by the gas.
And no, a vacuum does not provide force.
Yet you never seem to bother addressing what anyone says, and instead you just repeat the same refuted nonsense again and again. Why is that? Is it because you know you have no case?
Now how about you try to answer that very simple question:
What force acts on the gas to make it move in a particular direction when exiting the rocket and what body is providing this force?
Again, the only rational answer is that the rocket is providing a force to the gas to move it backwards due to the way it is partially contained.