@danny rockets need to go into an arch in order to achieve a circular orbit as launching straight up would mean more correction burns to get into a stable orbit

@danny dude its a balloon, how fast do you think its gonna go?

did you see how much lands it can see by the minute?

it must be going very fast

and theres less air the further up u go

so more acceleration

@danny dude those videos are fairly commonly in a timelapse, and due to the fact that relative density is a thing on both models the balloon would slow down as there is less oxygen meaning its closer to its density area

@Seeker of Truth yes the ideal circular orbit maintains a constant altitude and with enough velocity can be anywhere so long as its out of the atmosphere, looking at what im assuming is a long exposure shot of a rocket launch that rocket looks to be going into a low earth orbit possibly for sattilite placement or a possible station resupply

@brother mutton its terminal volacity would increase until it hits a point

@danny again due to relative density it would slow down, there is a point of which its terminal velocity would increase but again, what causes a balloon to go up is relative density

@Seeker of Truth lol its not even the full gif

but its not density that makes things go up or down

its buoyancy lol

@danny are you serious?

what makes things fall?

@brother mutton please tell me

@danny natural phenomena combined with relative density

@danny but no are you serious

you forgot that the higer it goes up the more air it will get filled meaning it would accelerate lol

higher*

which would make it less dense and not more

dude, you can see it in the videos

that it accelerates

@danny ok, do you actually know what relative density is?

not sure why u are trying to disprove something we can expirement on

yeah it's reliant on buyoancy

buoyancy*

@danny my guy, bouyancy is caused by relative density...

not vice versa

what makes things go up?

its not the density

lol

i missed an interesting convo earlier oh darn

its the buoyancy

not to say this isn't interesting.. lol just read up and yeah

@danny its *relative* density not just density... y'know, that relative ive been putting at the start. every. single. damn. time.