Depends on your definition of "too long". First, your skin will dry out. Second, the salt will start to work its way into your tissue. Third, it will burn. Fourth, the salt will dry your skin tissue to the point of rot. Eventually, you will experience what only cadavers and catatonics experience. Skin-slip. You will go to finally get out after several days and the tissue on your arms, legs, belly and back will randomly slip out of position.
4
The water supply on Earth remains constant. Water continuously changes and relocates through the water cycle.
1 hour 30 min
When you mix water with oil and salt, the salt will dissolve in the water but not in the oil. Oil and water will not mix as they are immiscible, forming separate layers due to their different polarities. The salt will stay dissolved in the water layer.
Salt is not evaporated with water and remain as a residue.
They stay right in the salt shaker where they are suppose to be.
Because salt water has higher density
Salt water lowers the freezing point of water, making it harder for the water to freeze. This is because the salt disrupts the formation of ice crystals. As a result, salt water can stay frozen longer than plain water at the same temperature.
Yes, salt remain as a solid residue.
Evaporating the water will not remove any of the salt. Only the water molecules will evaporate. The salt will stay in the container.
Water is water. It will evaporate no matter what is it. The real question is whether or not the chemicals or salt will evaporate with the water or not. The answer to that is no. The salt/chemicals will stay in the container.
When salt is mixed with water sodium chloride is dissociated in ions.