This is different from my other thread on the suns vanishing point. I feel the answers where decent enough and that that thread is dead. I want to state I'm not I'm an expert on none of this so if I'm completely wrong about something its a mistake please don't attack me just tell me what needs to be corrected.
The reason why I have a different thread for the moon is it has different properties from the sun. The sun is to bright to see surface detail unless you have special equipment. so here we go.
The moon orbits the (flat) earth much like the sun doing a west-east(possible the other way I cant remember) circle around the plate like shape of the earth. The moon remains the same brightness from moon set to rise because of the "dome" that acts as a lens and magnifies its light. The moon stays the same size from moon rise to set because of the same principle. is this correct?
My question is- Since the moon orbits the flat earth in a circular fashion and not in a strait path ellipse over head, like in the round earth model, should we not see an angular change through out the night of its features. elaborating on what I mean, If you face the south outer ring on the (flat) earth and look over your shoulder toward the moon rise it should be angled since its coming into your field of view from behind you and to the side. As it passes over head it will be strait (how we see the moon every night) then as it gets close to its setting point it will be angled the opposite as it was in its rise. If this is to hard to understand because a poor description I could try to make a video to explain it better.