Ok

@kylie yes because the medium was changed

Direct cause is the density of the medium

Fair enough, as long as you say it does the same stuff I'll leave it alone

Next year after I take physics I might be able to know more about that sort of stuff

Word

They are going to show you spandex stretched over a circular bar and they are going to throw balls on it and let you watch the balls spin around. Then they will tell you thats warping spacetime.

Well you can't see it, nobody knows what it would look like

They do

It looks like spandex stretched out

With balls on it

Not for certain, their math tells them what it should do but not exactly how it looks

They say it does

It looks like nothing most likely, unless they discover the gravaton (a theoretical particle that creates gravity, not found yet probably wont ever be) then it might look like a bunch of dots

Yes maybe they will find their graviton. The equivalence of finding a unicorn

There is an animal in vietnam that resembles a horse with one horn

Very rare

Ppl use to call rhinos unicorns i think

Not a unicorn though

Yeah

There was a deer with 1 horn or something and it became a legendary creature

Its called the Saola

Weird lol

Ikr

Well now you can tell everyone asian unicorns exist

Lol

:)

What’s in Area 51

real life anime women

Area 51 is a experimental aircraft facility @tpofba maybe you should organize another raid to go find out

@Citizen Z The balloon doesn’t rise due to density alone, although that DOES have an effect. Gravity pulls the heaviest mass down, and air is heavier than helium. The balloon’s mass is heavier than air, but the helium suspends it. As the air is pulled down more than the helium, pressure will make the helium rise. Without gravity, balloons wouldn’t float. In a vacuum chamber, the balloon won’t float as it doesn’t have any heavier mass outside of it pushing it up as the mass seeks the lowest possible ground. This is also why water rises in a bath when you enter it, instead of you just floating on top of the water. This phenomenon is called buoyancy.

Evidently, you *can* have buoyancy in space or 0-G, but you need some kind of compressive force acting in the same way gravity would to force the interaction of the two entities. @Oceanic

Mhm. Some kind of force acting upon it.

Generally, the only way that would work is via some kind of artificial method.

Well, think of a piston, in a sense.

Or anything that acts in the same relative acceleration

Thanks for clarifying for others, I forgot to put that in.

No problem. It is more often than not a common thing overlooked