Message from @AstralSentient
Discord ID: 569268256230211623
yes
That hypothesis predicts that phenomenon. And no, gravitation doesn't predict that the ball falls faster because of higher mass. Remember inertia cancels it out to equal acceleration in a vaccuum.
also cuz its denser than air
oh sht
so the density of the ball and the feather matter
yeah
u said it was just mass
And it does not prove a globe, it only affirms one of its predictions
but there's also the aristotle experiment
wait
i can tell you it
hang on a sec
ait
f=Gm1m2/d2 where is density in th is
m1 and m2 are mass
that calculates gravitation's force on them
there's also density which plays a role, the stuff its made out of
like many things
im getting bored
sorry this is boring i know but u gave me a formula for why the ball falls faster than the feather but theni bring the helium balloon into the experiment and now u bring a new force into play
If you accelerate a car, you push back due to your inertia. Bring a helium balloon in the car, and accelerate, it will move in the opposite direction. That is buoyancy at work.
yeah i kinda forgot density has a role in gravity
well clearly u cant have a formula for gravity unless u take density into account
Well, density is basically mass, but per unit volume, so it is directly relevant
thats just the equation for sir isaac newton's universal law of gravitation
idk ask him in hell or heaven or whereever he is
whats the real formula for gravity than
then
thats it
the formula that factors in density
f=Gm1m2/d2 what is density in that formula ?
density is mass
Yes^
but in a certain area
?
wheres the formula for in a certain area
so technically its not wrong
lol
i dont get it once again
the law was made for objects in space anyways lol
not on earth