Ask AI: How can I "transport" an H20 molecule without physically touching or using gasses it over 12 ft. with a wall dividing the space?

To transport a H2O molecule over a 12 ft. distance with a wall dividing the space without physically touching it, you could consider using the capillary action method. Here's how: 1. Choose a suitable porous material, such as a long, thin, and flexible wick. The material should have tiny pores that can effectively facilitate capillary action. 2. Ensure that the wick is long enough to reach both sides of the wall, with sufficient length for submerging one end in the water on one side and transferring the water to the other side. 3. Dip one end of the wick into the water source. 4. Guide the wick over the wall and to the other side, ensuring it maintains contact with water on the source side. 5. Set up a container on the other side, where the H2O molecule is to be transported. 6. Dip the other end of the wick into the empty container. The capillary action will transfer the water from the source to the container. Please note that this process may take some time, depending on the properties of the material and the total distance between the source and the destination.