The higher pressure inside, normal pressure outside, hole at the bottom. The air goes from high to low pressure through the hole, ejected downwards, so the rest of the balloon go upwards, Newton's 3rd law.
Unless you are referring to Newton's previously-undiscovered 3rd Law of Complete Bullshit, then you are wrong.
With your interpretation of Newton's 3rd law, I guess I am wrong then. Same as 2+2*3=8 is wrong in a kindergarten kid's interpretation of math. (And you're thinking about cherry-picking the "
I guess I am wrong then" part, huh? Well, I dare you to do it!)
Why does your silly hoverboard fall back into the sea when it gets above around 16 feet in height
Because it is uncool and boring to just stay up there, and they are showing off their skills in the video. So being uncool is the last thing the want. There are videos where the riders are not trying to be cool (in fact, first video is kinda lame), and they stay up there with their feet above the water surface:
& why does it work better the closer the jets are to the sea surface?
Because one, the more mass of the pipe is lifted above the surface, adding more to the total weight. And two, the nozzle is higher. It requires higher potential energy for the water to reach the nozzle, therefore the water is ejected at lower speed.
If you believe it is violating N3 by creating a force-pairing with either nothing or itself, rather than the very obvious external mass of the sea (& to a lesser extent the atmosphere), then YOU explain why.
So it is pushing the sea while even the rider's feet is above the surface, like in the two videos I just provided you? How?
And you haven't completely answered my previous question either. Concerning newton's 3rd law, please tell me which resembles the rocket, which resembles the exhaust gas, which resembles the nozzle, and which resembles the outside atmosphere that you think has to be present. And how the riders can be propelled upwards? As you can see, they can stay up in the air if they want to. Like in the two videos I provided, the riders' feet are well above the water surface. Give us a
complete answer, completely explaining the workings of it. If you think you have, quote your
complete answer. If you do neither of those super easy tasks, that means you don't understand Newton's 3rd law.
And by the way
As for your hoverboards, water is an incompressible fluid; this may give you a clue as to how they work?
What does it have to do with water being incompressible? Again, give me a complete answer, if you have then quote your complete answer, if you do neither of those super easy tasks that means you don't understand Newton's 3rd Law.