Flooded?
Yes, flooded. Remember this image I provided quite some time ago for one hypothetical water level:
Where this water level has pretty much all of Australia and large parts of Africa and South America completely underwater (i.e. flooded), while North America, Europe and Asia are completely dry, with no water at all.
That is what your nonsense has with a flat water level.
Of course, you can try to dry the south by lowering the water level and making more of your Earth bone dry, or you can try to wet the north by raising the water level and flooding even more.
But there is no way to have a flat water level match the
Apparently two thirds of your Earth is flooded
And unlike your nonsense, it actually matches what is observed in reality.
That is one of the many difference between the globe model which matches reality and is backed up by mountains of evidence, and your nonsense with no connection to reality at all.
And again you ignore the refutation and question:
Once more, Earth is not some small ball sitting on top of a much larger ball.
It is a massive ball in free fall outside the Roche limit of any more massive object.
If it is in free fall and inside the Roche limit of a much more massive object then, at the surface of the ball, the tidal acceleration towards that much more massive object (the gravitational acceleration towards the object at the surface of the ball, minus the gravitational attraction at the centre of mass of the ball) is larger than the gravitational attraction to the ball, and thus the water will pull away from the ball.
If it is not in free fall, then instead of dealing with the tidal force, you need to deal with the entire gravitational attraction, and if the much more massive object is close enough, then the gravitational attraction to it is greater than the gravitational attraction to the ball and again the water will pull away from the ball towards the much more massive object.
So going to admit your pathetic strawman in no way refutes the RE?
And once more:
You start looking straight down towards Earth and slowly lift your head up until you are looking straight up at the sky.
What do you see between the land/sea of Earth and the sky?
How does it visually transition?
Going to answer the question and admit that the RE does have a horizon?
How in the hell can you use a dip?
By measuring how far (in some angular measurement) the horizon is below eye level.
Then you use the simple mathematical relationship I have provided for you before (along with your elevation) to determine the radius:
cos(a)=R/(R+h)
It's so simple even you could do it.
You just need to make sure that refraction isn't a significant issue.
It is verified. Water level absolutely verifies it but you people want to overlook that
You are the one overlooking it because it kills of your FE fantasy.
Once more, the simple fact that water calm, level water obstructs the view to the bottom of a distant object, even though both the observer and the distant object are above water level shows that water is curved, specifically curved in a convex manner.
If water was flat, this would not happen.
So it is verified that water kills your FE fantasy.
We accept this, but you continue to reject this reality, because you have no concern for the truth.
Corsshairs only matter when the observation to the horizon is a legitimate level sight to the crosshair and then to the theoretical horizontal line.
So they don't matter at all when they show you are wrong is what you are saying?
This is why two scopes, both with frontal crosshairs and standing behind each other a few feet from each other....and horizontally levelled, tells a real story.
No, they don't. They just needlessly complicate it.
Once more, if someone was going to con you by pointing the scope not level, they can do the same with 2 scopes.
Either way, aligning them will be a pain.
So once more, 2 scopes is a needlessly complexity which does nothing.