You didn’t answer my question at all

if you refuse, it's because you know you can't

@RadRhys hes right but theres gravity that holds the lowest pressure from space vauum

He asked you a question @CryptoCypher, you just repeated it

he hasn't answered the question! I'll wait til I see an answer to it, no need for me to waste any more of my time on you! you think you know a lot, when in reality, you know nothing

I am not Jon Snow, mind you

YOure not answering the question. Globers can just call in gravity, which you’re just going to turn into an argument about how gravity isn’t real which is shifting the focus away

Answer the question

You need a mechanism for why gas builds up at lower elevations despite having LARGE pressure differentials, larger than any you will find in the upper atmosphere/space.

its gravity thats holding the lowest atmospheric pressure from dipping out to space

And btw, the force of gravity increases with the lowering distance

Please don’t put my question higher up, I want it answered and it won’t be if y’all fall for the trap of focusing on something else

yeah, i dont know why hes trying to downplay gravity

To use Newton's here. Fg = G * m1 * m2 * 1/r^2

when r becomes smaller, Fg increases

@Jondar02 thats interesting, if you take 2 vacuums one at sea level and another at 50 m above sea level would the drop time change?

He’s overstating the difference, but ofc the drop time would change one’s way higher lmao

Sorry, I and my classmate can't understand your question @Lain

hi, classmate here, can you please explain it a little more

the altitude would change the force of gravity right?

yes

thats correct

the `r` in the equation is the distance between the objects

He’s asking that since you’re further out from the center of gravity, if it would fall slower

if you have 2 vacuums, one at sea level and another one above 50m sea level and you dropped something from the same height in the vacuum wouldnt the time the object hits the floor of the vacuum be different?

i think yes since the r is different right?

@RadRhys exactly

what im asking

It would accelerate slower

Due to the "G" in the equation it's not a significant difference though

wait that would totally prove gravity, isnt there a video where they do this experiment?

noww flat earthers will shut up

The G is a number in the 10^-11, the difference would be far too small to notice

I imagine air resistance is far more influential, because it decreases exponentially with elevation

It is

if you take a vacuum into the stratosphere wouldnt the drop be significantly more slow than on the ground?

you could do this on a plane 🤔

why hasnt no one tested this?

F air = 0.5 * Cw * A * Rho * v^2
Where:
F air is the force of the air resistance
Cw is the aerodynamic constant (usually around 1)
A is the surface area
Rho is the density of the air
V is the velocity

I have a simulation on that @Lain, let me grab it

I posit it would drop much faster because pressure decreases exponentially