You can prepare what is called a supersaturated solution. This is a solution that has more solute in it than "should" dissolve at a particular temperature.
What can go wrong:
It crystallises before it cools very much. Solution: do not be so ambitious with the change of temperature. It was too great a load for the solution to carry.
One really cool thing to do next is to tap the side of the container, or to scratch the bottom of the beaker with a glass rod, or to drop a single tiny crystal into your supersaturated solution. Bingo, it will instantly drop the extra solute. Why? You provided it with nucleation sites for the crystals to form. It takes a little activation energy for crystals to form, you have to be careful not to provide it when the solution is being prepared. Just a scratch or even a knock will provide the nucleation site or the energy.
By evaporation,
By putting the solution in the sun for some time or by boiling it.
because the thing is that Taft
PbSO4 is a solid that will not dissolve in water.
the solid sodium chloride will dissolve in water.
This solid is called a solute.
They are potential solutes.
This depends on the volume of water.
In the water
This solid is called a solute.
Salt is a solid; water can dissolve candies.
PbSO4 is a solid that will not dissolve in water.
the solid sodium chloride will dissolve in water.
This solid is called a solute.
They are potential solutes.
because the solid is not a water
No, lead is a solid that won't dissolve in water, though solid ice will.
No. Only solid stuff with special chemicals in them dissolve, like sugar and salt. Notice that things only dissolve in warm water, and never ice water. Example: If you put sand in water, it doesn't dissolve.
They will dissolve in the water and form a solution. The amount that will dissolve depends on the solubility of the solid and the temperature.
It depends on what the solid is.(This is answered by a 12 year old)