Message from @Bibleman
Discord ID: 569381024425967616
they would technically have measurable acceleration though, extremely-extremely small
Show me two buildings begin to lean towards each other in a city then
<:trolled:555217274907262976>
I think bridges are the most designed object for gravity
like in engineering
most other stuff ignores is a bit more
There is equilibrium created by the earths gravity
Show me two Container Ships accelerate towards one another please
Bridges are designed to support heavy weights over bodies of water, not for gravity, for weight
Weight means nothin without gravity
So you can't show me two masses attracting each other, can you?
Brb
the scale of 9.8m/s is about an atom per baseball, so the issue is finding two objects of that scale
No experiment, no proof.
@somekat What is the significance of the velocity of 9.8m/s?
Also what's an atom?
DROP SOMETHING FLIES UP: https://imgur.com/a/0gpjvOK
@Human Sheeple nothing, that's just to scale gravity of earth, an atom(like a single hydrogen) falls towards baseballs at 9.8, we are about the size of an atom if earth was a baseball is another way to phrase it
It's a basic fact that stuff falls, all that is is finding the speed
falls at 9.8 what?
BBC comes in to try and make mock of a real protest with propaganda, but Sam outwitts them, love it
9.8 m/s2.
What is s2?
seconds sqaured
9.8 meters per second ^2
Alright what's so significant about this rate of acceleration
Ahh.. Gravity argument eh
nothing, it's just a scale MIT used to measure things at small scales, an atom moves towards a baseball at basically a similar rate as we fall to earth
What's an atom?
So, if earth is rotating, how are these stars going in an arc shape rather than a straight line?

do you know what hydrogen gas is? Imagine that smallest unit of that, that is an atom
Photograph of a hydrogen "atom" please
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It's because the stars are moving in a circuit above us, a fixed unchanging path
you mean like a photo with a camera? or a microscope?
they can seem them with electron microscopes
but the photo comes from microscope

