At the equator?

Where you hit in the head by a rock

Because your logic is rocked

Is there any evidence for a curve?

Is there any evidence there isn’t a curve

yes!

Like what

The fact we acn observe mountains hundreds of miles away, from the bottom up!

Imagine all the rocks in those mountains

Every single one of those rocks are smarter than you

So smarter than you?

@mjones how do forces in general work? As in, my explanation would be that F = m • a

pfft!

As in the force F is the product our of the mass m and acceleration a. Thus more mass and same force means less acceleration, more force more acceleration and same force means less mass etc

Would you agree with me on that?

What is the F?

In science, the force in newtons is generally given with the letter F (with vector notation, but not possible in discord)

So what cause the F?

That is different, for instance, if you were to push a cart horizontally, there will be several forces at work.
1. You pushing the cart
2. The friction caused by the wheels
3. The friction caused by the air

So why are you mentuioning this?

Part of a long explanation

But it would be logically to say that if you push harder on the cart (with more force), the cart will accelerate faster

And here it's important to make the diffet between velocity (v) and acceleration (a)

v is measured in meters per second (m/s), a is measured in meters per second per second (m/s^2)

Acceleration is the *change* in velocity.

Are you claiming a falling obeject must have a force in order for it to fall in its current vector?

Without a force working on an object, the object would not change velocity

Really!

Yes, now throw something up in the air

It comes down, by which force?

Thats not a F though, that just what you were told, theyve figured out the kinks in their model for 200 years quite well 😉

What is it then? If not for a force?

Wernt YOU the F in throwing it up!?

Yes, and without a force pulling it down, it would have continued going up

Last thing was with gravity, but I don't think I can go there yet

With a force pulling it down, it would begin to fall back. What is this force?

Torus fields 🙂

Lack of resistance!

The weight of the atmosphere too will play apart!

Will get back on that, have work now. Just so you know, I don't think torus fields is a thing. Will get back on the atmosphere too

@negatic @Logrian https://www.youtube.com/watch?v=ABjRnSYw-4k