Gez
First Post
Any surface with a hole, or inward curves, would not apply since it's not an unbroken plane in my definition.
A narrow and wide wall of force could be vertical, I don't see the problem. Or are you suggesting that the verticality implies the longest length must be the vertical one?
If you cast a wall of force -- or any other immobile effect, for that matter -- on a large moving thing like a ship, just ask you the question -- if you were yourself standing on said thing, would you move with it? If the answer is yes, then it's true for the wall of force too.
Otherwise, you would have wall of forces tearing through the ground and eventually opening volcanoes. Because it would be immobile, right? But the planet move around the sun. And the solar system around the center of the galaxy. And the galaxy around the cluster. And the cluster is moving away from all others.
If you set the wall of force so that it connects to a moving unchanging objects, like a chariot or a ship, then it moves with it.
A narrow and wide wall of force could be vertical, I don't see the problem. Or are you suggesting that the verticality implies the longest length must be the vertical one?
If you cast a wall of force -- or any other immobile effect, for that matter -- on a large moving thing like a ship, just ask you the question -- if you were yourself standing on said thing, would you move with it? If the answer is yes, then it's true for the wall of force too.
Otherwise, you would have wall of forces tearing through the ground and eventually opening volcanoes. Because it would be immobile, right? But the planet move around the sun. And the solar system around the center of the galaxy. And the galaxy around the cluster. And the cluster is moving away from all others.
If you set the wall of force so that it connects to a moving unchanging objects, like a chariot or a ship, then it moves with it.