The question as posed makes little sense, since saturation is dependent on the solute (not present in question) and the solvent. However, save for solutes which do not dissolve in water, there is no solute present in potable water which is at or near saturation levels.
The Dead Sea is a saturated solution because it has an excessive amount of salt at its bottom.
The salt that would have formed a saturated solution first when an ancient sea dried up is likely sodium chloride (table salt). This is because sodium chloride is one of the most common salts found in seawater and has a high solubility, meaning it can dissolve easily in water to form a saturated solution.
Water is a very powerful SOLVENT. It will dissolve SALT ( sodium chloride) , the SOLUTE. When the solute is dissolved in the solvent it is called a SOLUTION. Sea water is a solution of salts and water. The principal salt is sodium chloride, however, there are plenty of other salts dissolved in sea-water, viz. sodium bromide, potassium chloride, potassium iodide, calcium carbonate. Also carbon dioxide dissolves in sea-water. These are just a few of the solutes in the solution named sea-water.
Sea water is a solution that consists of solvent (water) and solutes (such as salt, minerals, and other substances dissolved in it).
The solvent of sea water is obviously water and the solute is salt...
The Dead Sea is a saturated solution because it has an excessive amount of salt at its bottom.
Yes
sea water
The salt that would have formed a saturated solution first when an ancient sea dried up is likely sodium chloride (table salt). This is because sodium chloride is one of the most common salts found in seawater and has a high solubility, meaning it can dissolve easily in water to form a saturated solution.
The salt solution in the Dead Sea is saturated. This means it contains the maximum amount of dissolved salts, primarily sodium chloride, that can be held in solution at that temperature. The high salinity of the Dead Sea, approximately ten times saltier than typical ocean water, creates a unique environment where only specific organisms can thrive.
350grams
Seawater has a salinity of arround 3.5 percent. 1 liter is 1000 cubic centimeters needs 35 gram of salt so get this solution.
you put teaspoon of seasalt and put in a clear cup. string to pencil. then put 120 cc of water in and stir sea salt and water together. wait until disolved and balance pencil and string in middle of the clear cup and repeat expererment 2 more times -Makayla 11, Ohio
Water is a very powerful SOLVENT. It will dissolve SALT ( sodium chloride) , the SOLUTE. When the solute is dissolved in the solvent it is called a SOLUTION. Sea water is a solution of salts and water. The principal salt is sodium chloride, however, there are plenty of other salts dissolved in sea-water, viz. sodium bromide, potassium chloride, potassium iodide, calcium carbonate. Also carbon dioxide dissolves in sea-water. These are just a few of the solutes in the solution named sea-water.
Hydrochloric acid (HCl) will produce an acidic solution when dissolved in water.
Because the sea water contain salt the freezing point of this solution is lower.
saturated salt dissolved in sea-water crystallizes on any surface. this substance is known as brine