What are you talking about? a dead stop?,when did I mention that?
Once in space, the earth and the moon, go whizzing off at 67,000 mph around the sun, leaving the rocket crying, wondering where it's mammy has gone and yet hasn't the power to catch up, because rockets cannot do 67,000 mph
So if it doesn't come to a stop only to be left behind, it either has to slow way down, or veer off in a different direction. If none of those, then I guess it will continue along at the same speed as the Earth/moon system.
Forget the 10 mph, I'm on about the 67,000 mph.
I'm bringing up your comments about the module tipping over landing on a surface traveling 10mph, because if you can't understand how that works, you're probably not going to understand the trajectories and velocities required to get to the moon either.
How in the hell can it still be travelling along with the earth, when it's left earth and left "ORBIT"
Again, does it come to a stop, slow way down, or change direction? Otherwise it continues along with the Earth and moon, moving away from the earth, and closer to the moon, after which it leaves the moon (also traveling 67k mph, and returns to Earth. Traveling with the Earth/moon system the whole time.
The moon is in orbit around Earth, so what is it between the two that would physically cause the lunar module to be 'left behind'?
so go to plan B which is attempted ridicule.
Actually I needn't bother.
Unfortunately for you, I don't bow down that easy, as you know.
Indeed, just like when you put up that long epic argument about getting heavier when climbing stairs due to some unknown force in the air. Quite the fight that one was.