Or this

https://physics.stackexchange.com/questions/165526/if-the-gravity-at-the-center-of-the-earth-is-zero-why-are-heavy-elements-like-i

Okay

Very well

In this case, you see how I can have uniform gravitational force acting downwards?

Come on xD

I already disproved that Citizen and how you proved a constant of 9.81m/s(2) whilst not proving as to what causes this

Citizent are you trolling and mocking me

while you censor others for doing the same?

@Monticks I think you are good at physics.

Your grasped an interesting concept very quickly.

9.81 is measured

Mass of the globular earth is predicted based on this measurement

@Citizen Z

In which case I can make an equally valid claim about the uniform planar earth

In terms of your plane. We know the centre of mass exists. The point where force is exerted from. This is the point where gravity acts from. The reason smaller objects can remain non-spherical is due to how weak this gravitational force (this is because empirically the mass of the object is on the macro scale, which is tiny). However as the mass increases so does the gravity. This will result in a greater and greater force being applied to the object. At the certain point that object will no longer be able to structurally support the force being applied to it. This results in it taking the shape of the force applied. Which is a globe.

;)

Let's switch sides, so that you understand my point of view.

Furthermore, a globe earth allows many other scientific discoveries to be true. You have a creative mind. You would be good at applying this to the scientific world in astrophysics. You can grab a sense of scale. The only thing letting you down is not being able to grasp the centre of mass

look chief is 00:20 here and im waking up early tmr

Okay ;_;

!mute @Monticks

We can resume tomorrow hopefully

I can draw a diagram as well

But gravity doesn't act from the centre of a mass

acceleration is an effect. not a cause

It acts from the whole mass

@Citizen Z??

We can model the force in its centre in the case of a sphere.

if i drop a helium balloon in air what happens?

Not close to it.

@Citizen Z ???

What's your point???

it rises

Yeah

if i drop it in a vacuum it falls

Yeah