Yet another fail by you to run a responsible experiment.
No, another demonstration of the failure of your model.
And coming up with such pathetic excuses.
No mirrors were used there, just simple glass bowls to represent your parabolas, to show it doesn't work.
If you want to do this correctly, you will need: three glass domes that can fit inside each other
Why?
When has your model ever had that?
We are only testing the expanding region, correct?
No, that was jumping back to the other issue, the fact that your parabola doesn't work.
But it does relate to the same issue.
What causes this "expanding region"?
Is it the parabola?
If so, you need the radius to be ~10000 km.
Like that. Or you could do two domes side by side.
i.e. what they did, to show how your parabola doesn't work.
The parabola is just as real as the vanishing point
i.e. not actually real and can't do the magic you need it to?
That it can't have the sun magically shine onto it, for it to then bend the light and have it magically reach your eyes from an angle expected for the RE?
You really need to make up your mind. Is it a real physical thing which is capable of changing the perceived angle of the sun, or it is useless that can be discarded entirely?
Now, vanishing point
Is simply the point where parallel lines appear to meet, infinitely far away.
1. A circle is a straight line in all directions.
Do you mean an equal distance? Because it certainly isn't a straight line.
2. We can then show from horizon to the observer and then from the observer looking straight up to the zenith of the sky is 90 degrees (sky, confirmed)
And you can also look straight down.
None of this helps with your parabola BS.
e.g. two people stand two hundred feet apart opposite a street, the relational nature of perspective means that if a car passes between them, one sees a car to the left and one to the right.
And there is no need for any of your BS for that.
We just simply use the direction to the object.
what I mean by real objects is that objects enter into the field of sight, whereas objects like the sun/moon/stars simply appear to move across the field of sight.
Just what do you mean by that?
Is that your way of saying real objects, where the distance changing dramatically, appear small at first, grow larger and then shrink again, while real objects like the sun which remains roughly the same distance keeps roughly the same angular size?
objects in the same longitude always appear relationally the same. That is to say, a person in Russia, China, New Zealand, and Australia, might see effectively the sun in the same position in the sky
Only if you accept the fact that Earth is round, so each person is seeing a different portion of that sky.
One obvious difference occurs at solar noon, where some places have the sun to the north, while others have it to the south.
Another big one is the different length of daylight, where some places can be day, while others are at night, while both being the same amount of time away from solar noon (so no, time zones aren't contributing here).
Why do you say such obvious BS?
Are you trying to make sure only those with absolutely no capability to think critically will pay any attention?
They won't see the sun north in on place and south in another, there won't be a distinction between rise and set directions.
So you just resort to outright lying to everyone?
If you take 2 people at solar noon, one to the north of the sun and one to the south, how can both see it to the north or both see it to the south?
Again, why say such obvious BS?
And unlike real objects (e.g. a car) it is centered around you, rather than around a position.
No, it behaves just like a real object, centred on you.
Do you know what that actually shows? That it is very far away, so the distance from you to the centre is negligible.
It was possible to determine the equator and tropics only by discovering day lengths.
No it isn't.
You can get the equator from day lengths, but that is only approximate.
The tropics require the subsolar point at the solstice to be over them.
you are fully capable of viewing the sun from north or south from anywhere on Earth.
Please explain how I can view the sun from the north in Sydney during the northern summer.
Bottom line, the picture of light moving between two glass domes is completely wrong.
Because your model is wrong.
Meanwhile, RE diagrams of this have the sun appearing to go underground.
Just like we observe it appear to do so in reality, where it appears to set.
The problem is all resolved when you realise Earth is round, so below for you can be above for someone else.
Again, all you are demonstrating is that the FE model doesn't work.
Good students understand
And that rules you out.
An object with no dimensions cannot exist.
Only when you want to play the semantics of all objects in reality are 3D, but that ignores point particles which don't appear to have any height, depth or width, except an uncertainty of measurement.
I hold a ball of crumpled paper at a point in the exact center of the room. That denotes X, Y, Z location which requires exact dimensions. The point should therefore have three dimensions (it exists in this world, not on a page), but because they are not distinct, they are considered a single dimension.
Thank you for demonstrating that lack of understanding.
What if you move it away from the centre, so it is say 1 ft from one wall, 2 ft from another, and 3 ft from the floor?
Then each of those dimensions are distinct.
What makes it so called "0D" is because the length, width and depth are negligible.
e.g. in reality everything is 3D, but a sheet of paper can be considered 2D at times, because the thickness of the page is basically nothing compared to the size of the page.
In the pure mathematical sense, it has no thickness.
It appears that you don't know anything about anything.
Great job projecting.
Your teachers are wrong, as usual.
Yet you haven't demonstrated anything that they are wrong about, just your own understanding is wrong.
Now again, care to explain how an obviously longer line can be shorter?