The potato will likely get bigger or explode because of osmosis, which is a type of diffusion using water. Diffusuion is the process by which molecules move from areas of high concentration to low concentration areas.
no difference, helps if the potato or piece of potato has at least one "eye"
You can place a piece of potato in a concentrated salt solution. Endosmosis will occur as water moves into the potato cells due to the higher concentration of solutes outside the cells. Conversely, placing the potato in distilled water will result in exosmosis, as water moves out of the cells to dilute the higher concentration of solutes inside the cells.
no
potato is plant that grows on ground, the actual piece you eat is underground
Nothing. He's with the strawhats.
6 cu.ml
as long as a piece of string
If you place a potato on an piece of unprinted paper in the microwave oven, the potato would heat up, the paper would not.
The white potatoes are cut into many parts, making sure that each part has at least one “eye” (bud). Each piece of potato will grow from this part into an entirely new potato plant.
A tomato by itself wouldn't ahve any voltage. But it's kinda acidit so if you stuck say a piece of copper and a piece of zinc in it, it'd act as a crude battery and you'd probably get a voltage.
They've reunited at Sabody again after getting stronger.
The potato may show some shrinking, but the more observable change is loss in mass of the peeled potato. Water will move out of the potato by osmosis. In osmosis, the water moves from the area of higher concentration to the area of lower concentration. There is lower water concentration outside of the potato because of the high amount of sugar dissolved in it. Depending on the concentration differences between the potato and the solution, water loss will continue until an equilibrium is reached. The potato piece will become flaccid (floppy)/plasmolysed, because of the water loss it has suffered. Shrinkage results from loss of turgor pressure in the potato, as a result of it becoming plasmolysed.