Message from @Universe
Discord ID: 569545984972029972
because of course they dont
as we know FEs have never ventured past their local trailer park to properly observe it
lol
@chloroform they never have heard of a library
all "proof" must be contained in a youtube video
that's their standard
The earths core is as hot as as many disabled people santa decides to cram it with.
Spam the can food agreea
I just need to say how globebusters got a 20,000$ ring laser gyroscope and said "if it drifts 15 degrees per hour as predicted by the globe earth model, the earth is rotating" and it did drift, so they said the ether made it drift. so if it didn't drift, they would say the Earth doesnt rotate and if it did drift, they would still say the Earth doesn't rotate.
I like stuffed crusts
What made the earth flat, do they even know that? if they say a deity did it that's an appeal to authority that they argue ab. so what made it flat
did the damn massive sky lamp bake it?
The bowling ball has more mass which makes it fall faster, but since there is more mass it takes more force to move it. The feather has less mass meaning it falls slower, but because it has less mass there are less things to move so it moves faster. They both have something that makes them fall faster and slower, making them fall at an equal rate @Gods Scalpel
😃
that’s not how it worked
works
that’s not how it works
all objects are affected by gravity the same way
not how you said
mass doesn’t affect how fast gravity pulls it
that's what i was explaining
за
no but you said that
mass makes it fall faster
yes, gravity affects mass making it fall faster, *but* because it has more mass, it takes more force to move it therefore it equals out
but the more mass takes more force
ok sure
@Universe it exerts a larger force, not makes it fall faster
that's exactly what i was saying
the feather and the ball don’t fall the same because of the friction in atmosphere
in a vacuum they fall the same
i know they fall the same, i was explaining why :/
and there is no terminal falling velocity in a vacuum
ok good
i just misunderstood
sorry
it's fine