well done!

Second of all

No one is saying objects don’t fall at that rate

It’s why they fall at that rate

Which you cannot prove

Yes they do, in a vacuum

And just because there is no official flat earth model doesn’t make the earth not flat

We have done many experiments within a vacuum which shows a falling of any object at 9.81m/s(2)

Once again, the problem is not if they fall it’s why they fall

gravity is cool

You cannot prove why

Only assume it’s mass attracts mass

Or wtv

Hmmmmm

oxygen is fake

You cannot explain why it falls either

Density of the medium is what causes things to rise or fall

why is that?

Because I don’t know

Try using the scientific method

Citizen Z, please go through your scientific method on density causing things to fall and not up

@Citizen Z join to talk

Its right there

Can you show me the scientific method proving gravity causes things to fall ir rise?

why would a denser object then air fall down towards the earth and not up

I can indeed

@Monticks density of the medium

Plz explain your method to prove gravity

@Citizen Z can u join vc?

Easy

So your question is how can I disprove gravity?

Or Coriolis effect?

Go on what is your question.

Is it a very long question...?

Fun fact, God doesn't actually exist!

How crazy and wacky is that?

@Boften_jkl go to another channel

1) Natural : Objects denser then atmospheric air has been clearly visible to fall. Whilst object less dense then the medium it is in rises. Mass cannot move without a force applied to it.
2) Hypothesis : The medium in which an object is in must be in affect by forces caused by the surrounding medium, as mass cannot move without a force applied to it which is a natural process.
3) Experiment : Place an object within a medium less dense then the object,. Record speed and impacts. Place the object in a medium more dense then the object. Record speed and impacts. Place the object in a vacuum and record speed and impact. Repeat tests with other objects with different densities.
4) Prediction : An object with more density then the surrounding medium will fall down and vise versa. In a vacuum the objects will fall at a constant acceleration of 9.81m/s(2).
5) Conclusion : Once the object is in a vacuum, the object will fall down. Therefore a force is being applied downwards. This acceleration is 9.81m/s(2). However, when an object is in a medium more dense then itself, the object rises. This implies a force is being applied up. This force is labelled Buoyancy. It must be able to overcome this clearly visible force of 9.81m/s(2). This implies what we have clearly seen, objects rise when the buoyant force overcomes this 9.81m/s(2) which is caused by the weight of the object (which is mass multiplied by this acceleration) being pushed back by the medium at a force greater then the 9.81m/s(2). This implies that a 9.81m/s(2) must exsist. We call this constant force. Gravity

Well i just showed density of the medium is the direct cause for things to rise or faill

What is your question though