along with density and magnetism and the spin of the earth

or how mass is determined

@eletrick33 And denied by all who claim gravity.

I am Adrian Dunbar, actor and star of the hit BBC prime time drama television show Line Of Duty. I am available for acting and theatre performing. Bookings can be made via my agent. Thank you.

😆

i dont deny it

Good

but gravity is still a thing

<:GWczeAngryCry:402867151465086981>

what is the formula that takes everything into account for gravity again ?

let me get the gravity formula for you

thanks

formula is F = G*((m sub 1*m sub 2)/r^2), where F is the force of attraction between the two bodies, G is the universal gravitational constant, m sub 1 is the mass of the first object, m sub 2 is the mass of the second object and r is the distance between the centers of each object.

Yo

I’m black

e

F = G((m sub 1m sub 2)/r^2 thats it ?

I have a feeling this server’s favorite rapper is ice cube

<#571679818555326464>

learning curve thats it ? F = G((m sub 1m sub 2)/r^2

I was muted? That's cute

@eletrick33 is that the formula ? F = G((m sub 1m sub 2)/r^2 can u tell me what letters are density or bouyancy

y'all hear about the sex lake theory? it seems possible

im pretty sure gravity is different from bouyancy and density

u dont have to factor in density ?

how can gravity explain a balloon filled with helium then ?

is the mass of an object the same on other planets or in the vacuum of space as it is here on earth?

anwser from google

the mass of an object isnt the smae on earth as it is on earth depending on what lattitude ur at

NO. Gravity depends on how many atoms are in a substance, ie , MASS. Now you can increase the density of an object by shrinking it down, but it will still have the same pull .

thats your answer

so a balloon filled with helium has antigravity ?

no

it doesnt

it doesnt drop

it goes up

bruh you can literally google all of this

@Trilo! bruh howd u get here

idk how u can figure gravity without using density

paleocord

who posted the invite