To prepare a saturated solution, add a solute to a solvent in a container and continue stirring it until no more solute can dissolve. This indicates that the solution is saturated, as it has reached its maximum solubility at that temperature. You can also heat the solvent to help dissolve more solute before allowing it to cool and reach saturation.
To make saturated salt solution it will require 30-35 gm of salt in 100 gm of water at room temperature say 37C. Heating of the salt solution doesn't increase the solubility significantly as happens in the case of sugar. However how long a saturated salt solution can last bacteria free is not clear. Halo bacteria are known to survive in saturated salt solutions as in dead seas.
First think about the question. This is important.
The question is REALLY asking you this:
"How do you dissolve something in water without heating it"
So think up your Koolaid answer. When you make Koolaid you don't want warm or hot koolaid, you want nice cold Koolaid that you can drink right away.
So what do you do. You take out your packet of koolaid and dump it into a container and fill it with some water.
Now what do you do? Just let it sit and hope it all gets stirred up by itself? No, you stir it until its all dissolved.
The second part of the questions mentions Saturated. This usually means completely soaking wet, but in chemistry it means the water is so full of koolaid that no more can be dissolved.
So to make really really bad Koolaid, you take a glass of water that's not cold, stir in a whole bunch of koolaid and keep stirring and adding in more until no more koolaid can be dissolved. Then it would be saturated at room temperature
To prepare a saturated solution of oxalic acid, dissolve 1 gram of oxalic acid in 7 grams of water at a given temperature until no more oxalic acid can dissolve. This will result in a saturated solution where the maximum amount of oxalic acid has dissolved in the water at that temperature.
To prepare saturated oxalic acid solution, simply add oxalic acid powder to water in a container and stir until no more dissolves. This will result in a saturated solution where the water has dissolved as much oxalic acid as it can at that temperature. It's important to wear appropriate protective gear when handling oxalic acid as it can be harmful if not handled properly.
A saturated solution.
To prepare a saturated solution of sodium trioxocarbonate (IV), simply add the compound to distilled water at room temperature while stirring. Continue adding the compound until no more dissolves, indicating that the solution is saturated. This process ensures that the maximum amount of sodium trioxocarbonate (IV) is dissolved in the water.
A Saturated Solution can no longer hold any more solute in solution.
To prepare a saturated solution of glucose, simply add an excess of glucose to a specific amount of water at a certain temperature while continuously stirring until no more glucose dissolves. The solution is saturated when no more glucose can be dissolved and some solid remains at the bottom.
To prepare a saturated solution of oxalic acid, dissolve 1 gram of oxalic acid in 7 grams of water at a given temperature until no more oxalic acid can dissolve. This will result in a saturated solution where the maximum amount of oxalic acid has dissolved in the water at that temperature.
To prepare saturated oxalic acid solution, simply add oxalic acid powder to water in a container and stir until no more dissolves. This will result in a saturated solution where the water has dissolved as much oxalic acid as it can at that temperature. It's important to wear appropriate protective gear when handling oxalic acid as it can be harmful if not handled properly.
A saturated solution.
A solution that has the maximum amount of solute dissolved at that temperature is known as a saturated solution.However it is possible to prepare a super saturated solution by heating the solution slightly, dissolving the maximum amount of solute and then carefully cooling the solution. Generally the super saturated solution is unstable and the excess solute will precipitate out if given the energy to do so.A common super saturated solution is a sugar solution. Sugar is added to water and the solution is heated and then carefully cooled. The solution can form a glass like solid called "toffee" rather than crystals of sugar.
A saturated solution.
You have to Heat it!
To prepare a saturated solution of sodium trioxocarbonate (IV), simply add the compound to distilled water at room temperature while stirring. Continue adding the compound until no more dissolves, indicating that the solution is saturated. This process ensures that the maximum amount of sodium trioxocarbonate (IV) is dissolved in the water.
To prepare a saturated solution of CuSO4 at room temperature, add the desired amount of CuSO4 to distilled water in a clean container. Stir the solution until no more CuSO4 dissolves, indicating saturation. Allow any undissolved CuSO4 to settle at the bottom before using the clear saturated solution.
A graph can illustrate what solution is saturated and unsaturated. If the point is on the line, then the solution is saturated, while if is below the line, the solution is unsaturated.
To prepare iodine solution, dissolve iodine crystals in a mixture of water and potassium iodide (KI). The ratio of iodine to KI will determine the concentration of the solution. The solution should be stored in a dark bottle to prevent degradation from light exposure.
A Saturated Solution can no longer hold any more solute in solution.