so its less dense

cuz its rubber

and its less dense than air

like

Because the buoyant force, the ratios of density affect free fall

imagine you're floating on water at the beach

im lost

look man

And viscosity resisting it

imagine floating on water

ok

why do you not sink?

i could sink if i wanted to

im doin the dead mans float ?

your center of mass is equal all accross your body so you're less dense than water

yeah density if something is more dense than the water it goes down

if the water is more dense it doesnt fall or goes up

the same reason you're floating is the same reason the ball goes up

it floats on the atmosphere

until it pops

so gravity has nothing to do with it its all about density

like midway there lol

gravity has something to do with it

which gravity do u believe newton einstein ?

Gravitational theory predicts it, because buoyancy is another force

why do you think it floats instead of going somewhere else

because something is pulling you

constantly

so you stay floating

2 forces pulling at you

imagine it like 2 ropes

pulling at you

like tug of war

@jeremy We are talking Newtonian, Einsteinian isn't important here right now.

but in certain circumstances one force could be stronger than the other

which gravity though arent they all different

Newtonian and Einsteinian match in the basics here

ok

wait they're different sht

yeah so which gravity are we using

newtonian