This kind of technique is used in making fudge, and is very important. You don't want crunchy fudge, do you :)
First, you will need sugar (any kind will do), and some hot water or other solvent, but I would use water. So do you know that hot water dissolves more solute than cold water? Well, you then saturate the hot water with the sugar, and SLOWLY (slow is very important) cool down the sugar water mixture. Also, DO NOT AGITATE IT. For example, soda is a super saturated solution, it's super saturated with carbon dioxide. If you shake the soda can (agitating it), the carbon dioxide will separate from the rest of the soda, which causes the (highly entertaining) explosion of soda following. If you agitate it, the sugar will recrystalize and you will have to start over. Now, if it is cooled down fast enough, it will become super saturated, and won't recrystalize.
Hope this helped!
Unsaturated, the sugar will dissolve and you won't see any sugar solutessaturated, when the solution has all the solutes that it can take and dissovledsuper saturated, there is too much sugar and you can see the sugar solutes
To make large sugar crystals at home, create a supersaturated sugar solution by heating water and gradually adding sugar until no more can dissolve. Pour the solution into a clean glass container, suspend a string or stick in the solution, and let it sit undisturbed for several days. As the water evaporates, sugar crystals will form on the string or stick.
How a saturated solution can become supersaturated?
Yes, fruit glaze is a supersaturated solution because it typically contains more dissolved sugar than would normally be possible at room temperature. It can form a shiny, hardened layer on fruits or pastries when applied and allowed to dry.
Heat the solution
Supersaturated
Unsaturated, the sugar will dissolve and you won't see any sugar solutessaturated, when the solution has all the solutes that it can take and dissovledsuper saturated, there is too much sugar and you can see the sugar solutes
To make a supersaturated solution, you would first dissolve the maximum amount of solute in the solvent at an elevated temperature to increase solubility. Then, slowly cool the solution down without disturbing it to prevent the excess solute from precipitating out, creating a supersaturated solution.
Heat the solution
No, evaporation will most likely make the solution supersaturated
yes it has to be heated in water in a supersaturated solution.
rock candy is formed in a supersaturated solution of sugar & water.
The solute will eventually fall out of a supersaturated solution
The solute will eventually fall out of a supersaturated solution
To make large sugar crystals at home, create a supersaturated sugar solution by heating water and gradually adding sugar until no more can dissolve. Pour the solution into a clean glass container, suspend a string or stick in the solution, and let it sit undisturbed for several days. As the water evaporates, sugar crystals will form on the string or stick.
rock candy is formed in a supersaturated solution of sugar & water.
No. A saturated solution is still in equilibrium. If you bring it into contact with more of the solute, the concentration will remain the same. Solute will precipitate out at the same rate that more solute dissolves into the solution. An unstable equilibrium would be a supersaturated solution. In a supersaturated solution, more of the solute is in solution that would be equilibrium with the solid solute (or gas if you are dissolving gas for example). An example that many people are familiar with is dissolving a lot of sugar into hot water. As it cools down, the solution becomes supersaturated. As long as there is nothing for the sugar to nucleate on , the sugar can remain in solution indefinitely. If you hang a string in the solution, the sugar will start crystalizing on the string, forming "rock candy."