We are told that we only see the one side of the moon because it rotates in sync with the earth such that we always only see that "face". Both Earth and Moon, both with some tilt, basically rotate on a vertical axis, so that both are spinning horizonally, basically. Now, if you view the moon in the morning and again in the evening, one is rotated approximately 90 degrees from the other, but on an axis that would be pointing toward the earth, which would be rotating vertically; hence now it is rotating BOTH directions at the same time. How does it rotate on two seperate axis two different directions at the same time, AND WE STILL ONLY SEE THE SINGLE "FACE" OF THE MOON?
Hmm... I'm not entirely sure what you're describing, but you can correct me if I misunderstood. Moses liked you post, so I assume he knows what you're saying. Maybe
@Moses_Young can translate it? I pretty much always know what he's stating.
I'll give it a shot here.
You wrote, "Now, if you view the moon in the morning and again in the evening, one is rotated approximately 90 degrees from the other," I think I understand this part OK... looking like the diagram below?:
You continue, "but on an axis that would be pointing toward the earth, which would be rotating vertically; hence now it is rotating BOTH directions at the same time. How does it rotate on two seperate axis two different directions at the same time, AND WE STILL ONLY SEE THE SINGLE "FACE" OF THE MOON? "
Ok, the moon doesn't move that way between morning and evening. The Moon doesn't revolve around the earth in 24 hours. It makes one revolution around the earth in aprox 27.32 days and relative to the position of the sun in 29.53 days, which gives in its different phases of appearance.
One side of the moon always faces the earth due to the concept of 'center of mass'. The earth and moon both pull on each other. In the case of the earth pulling on the moon, it pulls more on the portion of the moon closest to the earth. This effect is also observed with most of the moons of Jupiter. The moon is also oblong, not a perfect sphere, again, due to the pull. The earth bulges slightly around the middle.
If I've understood your post correctly, I'd suggest checking out a video that explains the concept first. Here's one:
Moon Phases: Crash Course Astronomy #4 - YouTube