Earth is a solid object, right? Can anyone explain how that's supposed to be a full moon?
Yes, as has already been done.
They are rarely in perfect alignment.
When they are, you get a lunar eclipse.
The moon is roughly somewhere between 350 000 to 400 000 km away from Earth.
You only need a very small misalignment to have the moon not be in Earth's shadow.
And while it is in that slight misalignment, you still get almost an entirely full moon. If I recall correctly, something like 99% full.
The "full moon" is not when it is actually 100% full, it is when it reaches its peak for that cycle, which is generally very close to 100% full.
Likewise, a new moon is close to 0% full.
I've heard the rhetoric. I look at it, And I look at it again, and I finally just throw up my hands at it.
i.e. you know the explanation of how it works.
You know that your argument is pure BS.
You know that this doesn't show a problem with the model.
But you just ignore all that and lie to everyone about it.
And then you get something like this where the moon is full or nearly full during broad daylight.
Yes, which isn't hard either.
If we completely ignore the axial tilt and the fact that the orbit of the moon is not in the same plane, then you get roughly 12 hours of daylight, while the moon is visible for 12 hours.
During a new moon in this hypothetical which would always be a solar eclipse, the moon and sun would be visible over the same area.
During a full moon in this hypothetical which would always be a lunar eclipse, the moon and sun would be on opposite sides of Earth, and have pretty much no overlap.
And it doesn't just magically switch from one to the other. Instead, the shift is gradual.
So at a quarter moon, the sun and moon are visible together for roughly 6 hours.
As it gets closer and closer to a full moon, the time they are both visible gets smaller and smaller, until eventually at the full moon, due to refraction you can just see them together.
But switching back to reality with axial tilt and the plane of the moon not being in the axis of rotation of Earth, nor in the plane of the orbit of Earth around the sun, you can get even more overlap.
Even if we take the simple approximation of "you should be able to see it if you are within 90 degrees of the point on Earth it is directly above", we end up with a maximum of ~5.15 degrees offset between the moon's position and the sun on the other side of Earth.
That means there will be a 5.15 degree wedge around Earth which can see the moon and the sun during a full moon at this peak, and opposite that there will be a 5.15 degree wedge which can't see it.
Through back in atmospheric refraction, then there will be more that can see it together during a full moon.
So yet again, no problem at all for the RE model.
But still no explanation of the phases from your pile of garbage.
They go on to rationalize it away.
i.e. yet again you fully understand you are intentionally lying to everyone by pretending it is a problem when it is not.
I was technically able to do the new moon and full moon like they said.
i.e. you were even able to test it and see that it works and still that isn't enough to stop you lying to everyone.
But if you shove the moon to the left or right, it also works.
Because you are using a coin rather than a sphere.
They would also wonder why this isn't also possible.
Or for that matter, this.
No, because we know the answer.
Everywhere on Earth sees basically the same phase of the moon.
Just consider this example and a few other locations:

You have the Mexico seeing a near full moon, you have the west coast of the US seeing a "full" moon (ignoring the 3D aspect which I will get to in a minute), which is already different.
But what about Canada and South America? They are seeing a quarter moon. What about Africa? They are seeing a new moon.
Even forget all these different locations and just think about how it would vary over the course of a day for a given location.
You would have the moon "rise" as a full moon, pass overhead as a quarter moon, and then "set" as a new moon.
Then we have the issue of 3D. Where is the sun if it is shining on the moon to give view to a full moon?
If it is at roughly the same height above your fantasy earth, then the observer also needs to be roughly the same height.
If Earth were spinning in place, this would be one thing. But North Dakota on the same day has the same moon phase as New Zealand. By pure rotation, this could technically be possible (I guess?) but not with the addition of Earth's supposed orbit screwing with angles.
Why?
Yet again you asset pure delusional BS.
Why should the orbit of Earth screw with it?
Over the course of a day Earth moves less than 1 degree in its orbit.
Why should this cause a problem for the phases of the moon.
So anyway, this is their explanation, and it's as rich in double talk as I expected.
No, it is quite honest and simple and like usual you just lie about it.
The time of the full moon doesn't need you to see it.
It is the same time for everyone all over Earth (assuming you are stating it in the same time zone).
but our eyes can wrap around to see the moon? No... that's not true. That's impossible.
No, you can't. And you are the only lying POS even trying to suggest that.
The moon is full, you just can't see it.
Also, coins are flat objects! Does this even work with multiple spherical objects?
Yes.
And in fact, you can't get the phases from a flat object.
If you try it goes from being illuminated to not illuminated at once. You can't have a flat object being illuminated to produce a quarter moon.
I found a clear soap bar, held it up to the light, the bar lit up.
So nothing like the moon, and not capable of showing phases?
From the direction facing the sun, the full moon being visible is three options.
And all three of them fail.
If the moon is translucent, there are no phases.
Having the moon between us and the sun should still have the moon lit up.
You need it to be opaque and block light to get phases.
Having it at the side then gives us a quarter moon, not a full moon.
And if you have it lit up you have no explanation at all for the phases.
Do you know what does work and what you are yet to show any fault with? The RE model, with the moon orbiting Earth and being illuminated by the sun.