I see you've all given up on presenting any genuine science or experiments in support of your nonsense & are just spamming bullshit instead.
Which looks good for me, I'd say...
Thanks, shpayze-tards!
It looks bad for you. After people have posted numerous videos explaining the concept- you still don't get it. You think a rocket is one thing, and one object can't push on itself right?
How do rockets work within the atmosphere by this logic?
I'm sure we all know, empirically, that rockets do exist and they do work (bottle rockets/fireworks). Does the wind pick it up and throw it in the air??? You've garbled up the information so much that it's no longer possible for rockets to work at all by your understanding. You, sir, have gone full retard.
You mean you've spent all this time arguing in this topic and haven't seen how a rocket works in an atmosphere, by explanation?
Eyes shut?
You said: 'How do rockets work within the atmosphere by this logic?'
They work by using their burning fuel to push against and into the atmosphere which equally reacts to that burning/thrusting expelled fuel, meaning a push on push of super expanded fuel against a dense atmosphere that is pushed aside as it's pushed into, which creates a squeeze back against that fuel due to compression of the matter in that atmosphere.
Stick a little rocket on a bar of soap. Soak your hands and imagine your hand squeeze is the atmospheric squeeze.
Imagine the wet soap is the expanded fuel pushing into your hand as you try to crush it. As you do this you notice the soap rises in your hand. Now imagine using your other wet hand to grab the soap as it comes out of your first grip, like a one potato two potato kind of thing.
Each time you try to grab that wet soap, all you do it squeeze it up and the rocket sitting atop of that soap moves with it.
Now place that in space and what do you have?
You have no hand squeeze on that soap to squeeze against that soap. It will simply drop from the rocket and the rocket with it.
Simple if you're willing to stop believing in fantasy rockets kicking themselves up their own arses to work.
Umm... no.
Why don't rockets accelerate very quickly when they are leaving the ground? By your logic rockets would accelerate most quickly when they are pointed away from and very close to a solid object (i.e. the Earth). Why? Because you can push harder on a solid object than on a gas, right? This is not what we observe. Watch the videos of the shuttle take-offs (or any rocket launch for that matter). It very gradually accelerates when it is close to the ground, but the farther away it gets, the more efficient its engines become, thus, greater acceleration. Here is a video (skip to 1:30 for the launch)->
However, I am sure that you will claim that this footage is faked anyhow.
Take a look at how rocket launchers work. Notice how the back end is open to allow for the flow of thrust instead of being capped off for a higher pressure within the launching cylinder? That's because back pressure is a rocket engine's worst enemy.
Here is another video (skip to 1:58 for slow motion launch clip)->
As for you, papa legba, my bad. You totally got me on that one because everyone knows that rockets push themselves with their hands in space
