Message from @jeremy

Discord ID: 569268805101027352


2019-04-20 21:05:27 UTC  

i can tell you it

2019-04-20 21:05:33 UTC  

hang on a sec

2019-04-20 21:05:38 UTC  

ait

2019-04-20 21:05:51 UTC  

f=Gm1m2/d2 where is density in th is

2019-04-20 21:06:18 UTC  

m1 and m2 are mass

2019-04-20 21:06:43 UTC  

that calculates gravitation's force on them

2019-04-20 21:07:26 UTC  

there's also density which plays a role, the stuff its made out of

2019-04-20 21:07:31 UTC  

like many things

2019-04-20 21:07:37 UTC  

im getting bored

2019-04-20 21:08:25 UTC  

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

2019-04-20 21:08:48 UTC  

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.

2019-04-20 21:09:14 UTC  

yeah i kinda forgot density has a role in gravity

2019-04-20 21:09:20 UTC  

well clearly u cant have a formula for gravity unless u take density into account

2019-04-20 21:09:48 UTC  

Well, density is basically mass, but per unit volume, so it is directly relevant

2019-04-20 21:09:58 UTC  

thats just the equation for sir isaac newton's universal law of gravitation

2019-04-20 21:10:18 UTC  

idk ask him in hell or heaven or whereever he is

2019-04-20 21:10:24 UTC  

whats the real formula for gravity than

2019-04-20 21:10:26 UTC  

then

2019-04-20 21:10:38 UTC  

thats it

2019-04-20 21:10:43 UTC  

the formula that factors in density

2019-04-20 21:10:59 UTC  

f=Gm1m2/d2 what is density in that formula ?

2019-04-20 21:11:01 UTC  

density is mass

2019-04-20 21:11:07 UTC  

Yes^

2019-04-20 21:11:14 UTC  

but in a certain area

2019-04-20 21:11:27 UTC  

?

2019-04-20 21:11:33 UTC  

wheres the formula for in a certain area

2019-04-20 21:11:33 UTC  

so technically its not wrong

2019-04-20 21:11:36 UTC  

lol

2019-04-20 21:11:40 UTC  

i dont get it once again

2019-04-20 21:12:02 UTC  

the law was made for objects in space anyways lol

2019-04-20 21:12:06 UTC  

not on earth

2019-04-20 21:12:18 UTC  

idk if there's one for on planets

2019-04-20 21:12:18 UTC  

is their a law for it on earth where we can actually test it ?

2019-04-20 21:12:26 UTC  

idk

2019-04-20 21:12:32 UTC  

so this is all theoretical then

2019-04-20 21:12:51 UTC  

well galileo's experiment isn't wrong tho

2019-04-20 21:13:02 UTC  

well hang on

2019-04-20 21:13:11 UTC  

this is all theory since we cant test it right ?

2019-04-20 21:13:29 UTC  

you also gotta realise when the balloons pop they fall back to the earth

2019-04-20 21:13:31 UTC  

We can test it

2019-04-20 21:13:39 UTC  

we can test it