Message from @jeremy

Discord ID: 569270865556930610


2019-04-20 21:14:12 UTC  

but why do they fall?

2019-04-20 21:14:16 UTC  

cuz of gravity

2019-04-20 21:14:24 UTC  

whats the formula for gravity

2019-04-20 21:14:39 UTC  

the one u gave me earlier?

2019-04-20 21:14:43 UTC  

there's many formulas

2019-04-20 21:14:49 UTC  

which one you want?

2019-04-20 21:14:56 UTC  

well that one u gave me doesnt work cause the balla nd the feather hit the ground first

2019-04-20 21:15:14 UTC  

that one is for universal gravitation

2019-04-20 21:15:15 UTC  

give me the one that factors in density since real world we have to factor that in right

2019-04-20 21:15:20 UTC  

in **space**

2019-04-20 21:15:26 UTC  

not here

2019-04-20 21:15:37 UTC  

lemme try to find one

2019-04-20 21:15:47 UTC  

for here on earth

2019-04-20 21:15:51 UTC  

cool

2019-04-20 21:16:19 UTC  

i keep finding problems with all these formulas

2019-04-20 21:16:50 UTC  

he told me the ball hits the ground faster than the feather and gave me a formula then i added a new object and that formula doesnt work anymore

2019-04-20 21:16:59 UTC  

The most simple is F = m * a
Force = mass times acceleration. This applies to gravitational fields and accelerating bodies.

2019-04-20 21:17:48 UTC  

F = m * a that takes into account density ?

2019-04-20 21:18:05 UTC  

Yes. because density is mass

2019-04-20 21:18:38 UTC  

So an area of air would apply to this as well

2019-04-20 21:19:10 UTC  

so i got a 50 pound balloon filled with helium a feather and a basketball

2019-04-20 21:19:48 UTC  

yo i found some equations i think

2019-04-20 21:19:53 UTC  

according to ur formula the object with more mass hits the ground first

2019-04-20 21:19:59 UTC  

?

2019-04-20 21:20:15 UTC  

No, at the same time actually

2019-04-20 21:20:20 UTC  

eheh you calculated it wrong boi

2019-04-20 21:20:41 UTC  

if its in a vacuum there's inertia

2019-04-20 21:20:43 UTC  

astral ur formula has all 3 objects hitting the ground at the same time ?

2019-04-20 21:20:55 UTC  

Yes, in a vaccuum

2019-04-20 21:20:59 UTC  

we are talkin about fantaasy vacuums we are talkin here on earth in reality

2019-04-20 21:21:04 UTC  

which would make it hit the ground at the same time

2019-04-20 21:21:11 UTC  

ok on earth

2019-04-20 21:21:14 UTC  

the ball

2019-04-20 21:21:18 UTC  

you know why

2019-04-20 21:21:41 UTC  

since you gotta take the density in account you gotta do for the balloon

2019-04-20 21:21:51 UTC  

Well, with the gases around us, it changes things, because the atmosphere would be pulled to earth with a density and with air resistance

2019-04-20 21:22:04 UTC  

And so you have to account for those

2019-04-20 21:22:10 UTC  

yes so whats the formula

2019-04-20 21:22:16 UTC  

for here on earth in reality

2019-04-20 21:22:37 UTC  

hello

2019-04-20 21:22:48 UTC  

Good question, that would take some digging for me. There are calculators for this