... When the definition is clear and easily accessible, it is tough to argue that they are intentionally misleading you ...
I agree.* I said:
"Astronomers have a clever, complex set of definitions that make that {moon orbits the earth} POV 'correct truth'...."
You replied:
No they don't - now you are talking like a crackpot.
So please state for me that "clear and easily accessible" definition which makes the moon not orbit the sun when the earth does and yet their trajectories about the sun differ by less than the width of a pencil line when accurately plotted, a large as is possible, on 8.5 by 11 inch sheet of paper.
If you can not tell the "clear and easily accessible definition" that when applied makes the these two bodies on essentially the same path about the sun have only one (the Earth) in a solar orbit and the other be NOT in a solar orbit; then tell me why my saying the definition astronomers use is not, as I said, "a clever, complex set of definitions" basically designed to make that distinction, preserving the ancient POV that the moon orbits the Earth.
A "clear and easily accessible definition" that makes sense as it makes both earth and moon be in solar orbit in essentially the same orbit is:
"Body A orbits body C, IFF body A goes completely around body C and is ALWAYS curving towards body C."
(Note, if you don't know already, IFF means "IF and only IF.") Also, note to be technically correct both body A & C may be orbiting a "massless body" or point "B" called the Barycenter of A&C.
Fact is that the moon is curving towards the earth only for about 15 or < 17 days at a time. (When it is farther from the sun than the earth is.) I.e. then the fact it is always turning towards the sun makes it also be tuning towards the earth. For the period when the moon is less than "half full" it is turning AWAY from the earth in its very slightly wobbling, elliptical trajectory about the sun.**
Stating this in more precise mathematical terms: the curvature of the moon's trajectory, viewed from the sun, is always concave, turning towards the sun and the "center of curvature" is always near the sun and never near the earth but always far from the Earth. (Roughly 1 AU distant from the Earth.)
* And conversely, when the definition is complex and difficult to understand ("not accessible" to 98% of the people), the chances are good it was constructed to preserve a prior POV or at least to confuse the question / truth for 98% of the people. - let them continue to believe what their great grandfather did.
** It is the fact that a moving body is turning towards (accelerating towards) what ever object or point is the dominate force acting on it. It is the sun, not the Earth, which is always "gravitationally pulling" on the moon, more than the Earth is.