I'm sorry, I have tried to make the problem clearer now :)Nidum said:
Rotating the dome creates centripetal force, which pushes the water towards the outer edge of the dome, creating a higher water level and lifting the dome.
The amount of lift is affected by the speed of rotation, the size and shape of the dome, and the amount of water inside.
Yes, the principle of centripetal force applies to any liquid, so it is possible to lift a dome filled with any type of liquid as long as the other factors are taken into consideration.
Yes, a larger dome and more water will create a greater centrifugal force and thus, a higher lift. However, there is a limit to how much lift can be achieved based on the strength of the materials used for the dome.
Yes, this concept has been used in the design of water towers and reservoirs to increase the amount of water that can be stored in a smaller space. It has also been studied for potential use in space habitats for creating artificial gravity.