Message from @carlito

Discord ID: 577949572480106507


2019-05-14 20:01:35 UTC  

It's just the gravitational constant G multiplied by the mass fo an object. Mass is directly linked to density.

2019-05-14 20:01:36 UTC  

@Human Sheeple May I be unmuted

2019-05-14 20:01:58 UTC  

Like @Happygrandad , density is mass/volume

2019-05-14 20:02:06 UTC  

@laff it up when heys socially awkward, he’s loading

2019-05-14 20:02:08 UTC  

Lol we were told earlier that it wasn't linked

2019-05-14 20:02:14 UTC  

It's linked

2019-05-14 20:02:22 UTC  

That's the formula for density

2019-05-14 20:02:33 UTC  

so ur telling me in this formula F = G((m sub 1m sub 2)/r^2) density is in the mass ?

2019-05-14 20:02:52 UTC  

No, density is the mass times the volume of the object

2019-05-14 20:03:03 UTC  

F = G((m sub 1m sub 2)/r^2) where in this forumla is density

2019-05-14 20:03:06 UTC  

The equation is just F = GxM

2019-05-14 20:03:39 UTC  

Density isn't in that formula explicitly, it's directly related to mass, which is just basic 10th grade algebra

2019-05-14 20:03:39 UTC  

f=gm is gravity ?

2019-05-14 20:03:46 UTC  

Yes

2019-05-14 20:03:58 UTC  

Simply speaking

2019-05-14 20:04:09 UTC  

and mass has density factored into it ok

2019-05-14 20:04:30 UTC  

sorry i just had a guy telling me density had nothing to do with gravity

2019-05-14 20:04:31 UTC  

Wait no it's the other way around

2019-05-14 20:05:03 UTC  

so how would u get the mass of a balloon filled with helium

2019-05-14 20:05:11 UTC  

It doesn't, but density is linked to gravity in the way that both equations use mass

2019-05-14 20:05:15 UTC  

hhmm

2019-05-14 20:05:27 UTC  

helium balloon has negative mass ?

2019-05-14 20:05:39 UTC  

Nah, helium is just lighter than air

2019-05-14 20:05:41 UTC  

It has a mass

2019-05-14 20:05:54 UTC  

that works with ur formula ?

2019-05-14 20:06:09 UTC  

is mass supposed to be attracted to mass

2019-05-14 20:06:17 UTC  

You can measure mass of helium using the periodic table and it's protons/neutrons and stuff

2019-05-14 20:06:28 UTC  

Yes, all mass has some sort of gravitational force

2019-05-14 20:06:40 UTC  

their is no gravitation force it goes up not down

2019-05-14 20:06:52 UTC  

it has antigravity

2019-05-14 20:07:00 UTC  

https://cdn.discordapp.com/attachments/484514023698726912/577950012882026496/DeepinScreenshot_select-area_20190514212829.png

2019-05-14 20:07:04 UTC  

Except helium is lighter than the air around us.

2019-05-14 20:07:05 UTC  

its doing the opposite of what gravity is supposed to do

2019-05-14 20:07:09 UTC  

ok

2019-05-14 20:07:23 UTC  

helium ballon does the opposite of waht gravity does though

2019-05-14 20:07:24 UTC  

Mass does not attract mass that is a fallacy

2019-05-14 20:07:31 UTC  

No it isnt

2019-05-14 20:07:31 UTC  

assassin please lol

2019-05-14 20:07:59 UTC  

gravity pulls objects to earth its the reason why things fall

2019-05-14 20:08:02 UTC  

no ?

2019-05-14 20:08:09 UTC  

Yes that's correct