This is correct. But walking uphill and downhill, you are working with angular momentum.
No, angular momentum has nothing to do with it.
Do you even know what that is?
Because you keep using in contexts where it clearly doesn't apply.
Instead, what is important is gravity. You are getting further away from the centre so it takes more effort; vs you are getting closer so it is helping.
The point is, the ground doesn't need to be going down hill to have this.
The point being do you notice any such push when you build a mile long pool and try to swim across it?
No, because you are going level, along a curve.
You are not getting closer or further from the centre (for the simple case of a stationary round Earth, for rotation it gets more complicated, but lets have you understand the basics first).
If I were to lay a coin on a board, which in turn lies across the top of a bench and put all of this in a room with air but no wind, the coin would just sit there on one side of the board. Gravity would never intercede to make this coin fall.
Now if I tilted that board just slightly, "gravity" which never existed before now suddenly kicks in due to nothing more than the angle.
And if you had a brain, and chose to use it, you would understand why.
What direction is gravity trying to make it move?
That is down into the table.
This compresses (usually by an imperceptible amount) the table and results in a normal reaction force perpendicular to the surface of the table.
When the table is level, that results in no net force, because the 2 forces are in opposite directions and equal in magnitude.
(An aside: if they were not equal in magnitude, then either the coin pushes into the table more, compressing it more until either the force of the table increases enough to stop it or it breaks through the table; or the force from the table is greater, pushing it up reducing the compression and reducing the force.)
But when the table is at an angle, then the 2 forces are not in opposite directions. Instead they are offset at an angle, resulting in a net force on the coin with a component in a sideways direction, causing it to move.
Gravity was there the whole time.
What they describe here as angular momentum is radial momentum.
No, what they describe as angular momentum, is angular momentum.
Your pathetic rejection of reality does not change that.
What you lie to everyone about, pretending is angular momentum, is simply linear momentum at some angle relative to level. That is NOT angular momentum.
Angular momentum is where the angle changes.
An easy way to think about it - If the angle remains constant there is no momentum of the angle, so it is not angular momentum.
There supposedly is a number.
And that does not make it a hill.
The curvature is effectively looking out into a horizon
Your pathetic strawmen do not change reality.
Your stupidity and wilful ignorance does not change why people say there is curvature.
Again, a simple example is looking at a building across a lake, and seeing the bottom of the building missing, with water blocking the view; even though both you are the building are above the water.
All the evidence shows it curves.
You have NOTHING to show it doesn't.
Put that upright
And what way is "upright"?
Not coincidentally
Coincidentally, as explained to you repeatedly.
The only part of globalism that deals with the shape of Earth is the name.
Stop spamming the same pathetic BS everywhere.
I am not paranoid to think that children are abused into accepting an agenda.
Like you were abused into accepting Christianity?
It is paranoid to think that all the evidence people point out supporting a round Earth is all BS and that you alone (or a small group of cultists) have worked it out.
Sorry, but a mirage does not work on a curve.
Because you are a moron that is looking in the wrong direction.
The horizon is not perfectly level.
You don't calculate the drop from where you are, unless your eyes are at sea level.
You first need to work out the distance to the horizon.
You even provided an image showing the difference, in just ignored it.
Where that image is real or a mirage, the facts don't change.
Yes, the FACT that the bottom of the buildings are obscured by water, even though both the observer and the observed buildings are above the water.
How is that possible?
Also note they are clearly resolvable so it has nothing to do with perspective or vanishing point or any other BS like that.
I drove at one point from the Eastern Shore of Virginia to Seattle
And cannot explain just what you expected to see and how you expected to see it.
So you fail.
Overcome nothing. It slides because it is falling, which again, has to do with buoyancy and angular momentum.
Unless you are appealing to the rotation of the coin, it has NOTHING to do with angular momentum.
And as shown repeatedly, buoyancy only works with gravity; with you continually fleeing from the refutation of your BS.
We are not using this definition.
Then stop trying to speak English.
If you aren't going to use the definition of words, then conversation is impossible and you may as well be spouting pure gibberish.
Conflating the two is stupid.
And that most certainly appears to describe you.
Failing to understand and then "conflating" the two.
When water is level
i.e. when it is following the general curve of Earth, where the surface is at an equal potential.