When that solution is evaporated completely, only salt remains
Remaining solvent refers to the amount of solvent that still exists in a solution after a process where some of the solvent has been removed or evaporated. It is often measured in terms of percentage or volume to determine the concentration of the solution.
There was a powdery residue left over after I evaporated the solution.
A 12 M solution of an acid that ionizes completely would be considered very strong. This means that all the acid molecules in the solution would dissociate into ions, resulting in a high concentration of H+ ions. This solution would be highly acidic and have a low pH.
A strong acid, such as hydrochloric acid (HCl), has a pH of 1 and completely ionizes in aqueous solution, meaning all molecules dissociate into their constituent ions. This leads to a high concentration of hydrogen ions (H+) in the solution, resulting in the low pH value.
This depends on the volume and concentration of this solution.
Remaining solvent refers to the amount of solvent that still exists in a solution after a process where some of the solvent has been removed or evaporated. It is often measured in terms of percentage or volume to determine the concentration of the solution.
To obtain pure dry sugar crystals from a sugar solution, you can evaporate the water by heating the solution until the water has completely evaporated, leaving behind sugar crystals. You can then filter the solution to separate the sugar crystals from any remaining liquid. Finally, allow the sugar crystals to dry completely to ensure they are pure and free of any residual moisture.
There was a powdery residue left over after I evaporated the solution.
Once the ions in the salt crystal have completely dissociated, the resulting solution will contain individual sodium and chloride ions in the water.
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One way to tell that a solid has formed a solution with water is if the solid has completely dissolved in the water, resulting in a clear and homogeneous mixture. You can observe this by checking if there are no visible solid particles remaining in the water.
salt water
When salt water evaporates, the water molecules in the solution turn into vapor and escape into the air, leaving behind the salt molecules. As more water evaporates, the concentration of salt in the remaining water increases. Eventually, the water is completely evaporated, and only salt crystals are left behind.
A 12 M solution of an acid that ionizes completely would be considered very strong. This means that all the acid molecules in the solution would dissociate into ions, resulting in a high concentration of H+ ions. This solution would be highly acidic and have a low pH.
To obtain the solid salt resulting from an acid-base reaction in an aqueous solution, you can typically do so by evaporating the water from the solution. This will leave behind the solid salt that formed during the reaction between the acid and base. Once the water has evaporated, you can collect the solid salt for further use or analysis.
Boil the solution and the solvent will get evaporated and you will get the dry salt
The water is evaporated and the concentration of the solution become greater.