I would potentially observe the "back side" or "bottom side" of the globe Moon.
Are you going to start substantiating it, or is the thread dead?
All it requires is simple spatial reasoning. It's quite simple, but I can only conclude from reading this thread one of two possibilities regarding your posts
A) You are intentionally deflecting because you have no answer
B) You misunderstand your own FE model as put forward in the Wiki and/or cannot grasp its spatial implications.
I'm going to elaborate as best I can on the OP's question and why it requires an explanation from the FET. I'll do my best to explain the Wiki's explanation (which has been elaborated on not one bit in this thread, despite specific questions about it that are not clarified in the Wiki). I’ll then fully describe how the Wiki’s explanation then creates a contradiction with the Wiki’s explanation of why there is night on a FE.
PART 1 – Substantiating and Explaining the OP’s QuestionImagine you are standing in a circular field 2 miles in diameter (Edit, previously wrote "1 mile" but the example needs it to be 2). Imagine you are standing about halfway along the radius. Imagine further that there is a drone flying in a concentric circle to the field that is about half the field’s size. This would mean that it is flying in a circle that passes directly over your head (since you’re halfway along the radius of the field). When the drone flies in its circle directly over your head, you see the very bottom of the drone. So far, so good, right?
I am standing at a point slightly closer to the center of the field from you. Say, another quarter mile in. And a third person is standing a quarter mile out from where you are. All of us are standing along the same radius to the center of the field itself.
When the drone flies over your head, I do not see the exact same parts of the drone as you do. You see the direct bottom of it. I see it at an angle from where I’m standing, closer to the center of the field. I see part of the bottom, but not directly. And the third person standing further out from you sees the other side of the drone, which I do not see.
All three of us see different parts of the drone at different angles.
The FE model depicts and describes a scenario like this, in which the drone is the moon, and we three are standing hundreds or thousands of miles apart in S. America, Central America, and N. America. And yet, what is actually observed is the SAME EXACT face of the moon at the same time. (Something which is easily explained in the RET by the fact that the moon is very far away).
PART 2 – How the Wiki Answers itTo explain why this is, the Wiki on this website claims the “EA” phenomenon. And it provides a helpful diagram (with the concept of it attributed to you!). It shows that light from the moon bends upward in all directions such that all observers on the FE see the same “bottom” part of the moon ("nearside" in the wiki), no matter where they are.
Okay, so far the Wiki has an explanation. I don’t know physics or math very well, so I can’t easily go deep into arguing about the proofs for electromagnetic acceleration. The diagram shows the answer, and it conceptually makes sense.
PART 3 – We therefore need a new explanation for why night existsThe Wiki in the introduction/FAQ states “Day and night cycles are easily explained on a Flat Earth. The Sun moves in circles around the North Pole. When it is over your head, it's day. When it's not, it's night.
The light of the sun is confined to a limited area and its light acts like a spotlight upon the Earth.” [emphasis added].
How is this possible if light actually “bends upward” per the electromagnetic acceleration claim? (And the section on EA also uses EA to explain time zones, so it clearly is claiming that EA applies to sunlight as well as moonlight).
This is a massive logical contradiction. Are the sun’s rays bending or not bending? They can’t be doing both.Going back to the three people standing in the field, this leads us to yet another problem with the FE model.
All three of us are standing in the same half of the circle (at ¼ mile from the center, half a mile, and ¾ of a mile all along the same radius). Suppose it is night, and the drone we’re observing has a spotlight directly below it that shines directly down, illuminating about half of the field at once. This would be very similar to how the sun is described as working in the FE model on the wiki. When the drone is in the other half of the circular field such that its spotlight does not illuminate any of the three people standing there, those three people should still easily be able to see the light on the ground across the field. And, looking up at an angle, they would see the spotlight itself!
But we do NOT see the sun from a great distance when it is night. In the field analogy, there are no mountains or ground structures inhibited our view of the rest of the field. But what about a plane ride at night? If you are thousands of feet in the air, higher than any mountain, when flying at night you might still be lower than the sun, but high enough to look over and see where the sun is illuminating the other half of the FE, even if the features are not discernable due to the distance, why not see a great patch of light in the vast distance?
EDIT:
And I didn't even get to the fact that the drone, as it nears where we are overhead, it would get bigger, and then get smaller as it goes past us. Why don't the sun and moon change size as they cross the sky? I have yet to find an answer in the Wiki on this thread that addresses that problem in the context of the other contradiction that EA brings us.