It will be saturated salt solution with salt crystals at the bottom of the container.
Rock salt is better than iodized salt for producing electricity because it has higher conductivity due to the presence of impurities. These impurities allow for the flow of ions, which facilitates the movement of electrons and thus increases the conductivity of the salt solution. Iodized salt, on the other hand, may have additives that can hinder the flow of electricity.
No, adding more salt to a saturated solution will not dissolve. The solution is already at its maximum capacity to dissolve salt at that temperature and pressure.
This salt solution is saturated at room temperature.
Salt in solution improves conductivity but it does not make a conductor as good as a metal. Deionized water has an electrical conductivity of 5,5 * 10-6 [S*m-1] but Seawater (3,5% salt in solution) has a conductivity of 4,8 [S*m-1] compared to Sliver with a conductivity of 6,3 * 107 [S*m-1] (the best known at room temperature)
It will be saturated salt solution with salt crystals at the bottom of the container.
You can determine if the solution is saturated by adding a small amount of salt to the solution. If the salt dissolves, the solution is unsaturated. If the added salt does not dissolve and collects at the bottom of the container, the solution is saturated.
Rock salt is better than iodized salt for producing electricity because it has higher conductivity due to the presence of impurities. These impurities allow for the flow of ions, which facilitates the movement of electrons and thus increases the conductivity of the salt solution. Iodized salt, on the other hand, may have additives that can hinder the flow of electricity.
No, adding more salt to a saturated solution will not dissolve. The solution is already at its maximum capacity to dissolve salt at that temperature and pressure.
The concentration of the salt solution does NOT change- it is saturated.
The fastest way is to add more salt - if the additional salt falls out of solution and forms a precipitate on the bottom of the container, the solution is saturated.
This salt solution is saturated at room temperature.
Salt in solution improves conductivity but it does not make a conductor as good as a metal. Deionized water has an electrical conductivity of 5,5 * 10-6 [S*m-1] but Seawater (3,5% salt in solution) has a conductivity of 4,8 [S*m-1] compared to Sliver with a conductivity of 6,3 * 107 [S*m-1] (the best known at room temperature)
When you first mix the salt into the solution the salt will dissolve into the water. As you keep on pouring more salt into the water eventually the salt will stop dissolving and once the salt stops dissolving the solution is then saturated.
Salt is the ionic compound NaCl. When it is dissolved in water it dissociates (separates) into its ions. These ions can conduct electricity, and thus makes the solution conductive
The conductivity of a solution is directly related to how easily the salt dissolved in it. Higher conductivity indicates better salt dissolution, as the ions from the salt are more freely moving in the solution, allowing for better electrical conduction.
From your question it is impossible to tell. A salt-water solution can be unsaturated or saturated depending on how much salt was added.