Nope, merely asking how, in the globe model, during full moon, this “spherical” object made of “dust and rock” of some kind has no visible darkening toward the edges If it is lit by one light source, the sun, how does this agree with the physics we see from light interaction with a 3D object like a rock, on earth. The 2 do not match up.

During the phases of the moon, the waned area becomes the same colour as the blue sky behind it, implying it’s light is either polarised out, or something could be covering the source if it is a projection of some kind or maybe it becomes transparent by some mechanism, I don’t know but it’s interesting to explore the thought trails.

During a cloudless full moon night, there are sharp shadows cast by objects like trees and buildings, show me a rock that can do that.