Nukehasslefan
Winger
Atmospheric pressure upon the dense mass of water would make it cascade off the ball. Try it with a ball and pour water on it.The question was what magical force would make the water cascade off a globe? Your reply is not an answer, it's another dodge.
If you were able to pour water onto an earth-sized globe, what force would cause it to cascade off in the same manner as pouring water onto a balloon or your spinning tennis ball?
But you'll argue for gravity holding it on, so tell me where on that ball the force is to keep all that water on the ball from the top and all around it, plus under it. I'll leave the rotation out for a second as you explain the force.
Also explain how the tiny atmosphere of your globe stays on it and does not go into your space vacuum.