Please explain why things fall if not for gravity

and tests still end up accurate without it

well fe has an alternate description

on a globe, all matter attracts all other: the acceleration is g = -GM/r^2. on fe, the acceleration is more universal, something like: g = -9.8 m/s^2

Is it not obvious that the earth is round? Look at the sun or the moon setting below the horizon

Or other things

normally the sun and moon sets behind mountains and buildings

which would happen either way idk

Um

the way the sun sets halfway over the ocean is weird... but personally i've never seen that

I have

I've seen it go completely below the horizon

i believe it happens. but it's just not that it happens every day

And hours later it comes up on the other side

you'd have to be surrounded by water on both sides o:

or maybe one side is over buildings/mountains but either way

Not really

i believe it happens sometimes

it might be refraction, idk exactly what it is yet

Even if I was surrounded by mountains that wouldnt explain how it sets on one side and rises on the other

i imagine with mountains it just goes sideways until it moves past the mountains

Come on

Isn't it obvious

IDK agree to disagree :p

How come everything else in space is a sphere?

Like Mars

Or the sun

Or the moon

Or anything else

?

Sounds like a personal problem

What no

@rightthehand

Again, for every action there is an equal and opposite reaction, the reaction on the object is equal to the pressure exerted on the object since the pressure is close to 0 what is the force that causes the object to fall with greater force than a less dense object?

You're not answering the question, pressure being exerted does not give it an intrinsic property to exert more pressure.

It can't be pressure because as I said, pressure for both objects is equal to 0 and is the same because the area is the same.

more matter more pressure

add more air to a tank...

more pressure?

@Friedrich

YES