This is a saturated solution.
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."
It takes time (although usually a very small amount) for an enzyme molecule to catalyze a reaction. An enzyme solution is said to be saturated if all the molecules of enzyme in the solution are operating at full capacity (all active sites binding substrate molecules). Some enzymes are easily saturated (RuBisCo - 3 reactions/second) due to the highly energetically-demanding reactions that they catalyze while other enzymes that catalyze relatively simple reactions (amylase - many many reactions/second) are harder to saturate.
You need 6,9 mL stock solution.
7-14days
A saturated solution
By farting. how many gms potassium nitrate and how many ml water
This is a saturated solution.
Saturated. But you can change the conditions and supersaturate many solutions.
To make a saturated solution with any certain concentration, you simply need to find out the temperature at which saturation occurs for that concentration.Saturation for sugar, assuming you mean sucrose, at 0.6 molL-1 is below the freezing point of water (even at 0oC, it has a solubility of around 5.25molL-1); therefore, creating a saturated solution at this point is impossible.>.actually. 2.4 moles
744 g/L of ammonium sulphate, at 20 0C
Any number after the solution has reached the point of saturation. It may be possible to dissolve a few more teaspoons of sugar but the super-saturated solution so formed will be unstable.
Any number after the solution has reached the point of saturation. It may be possible to dissolve a few more teaspoons of sugar but the super-saturated solution so formed will be unstable.
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."
It takes time (although usually a very small amount) for an enzyme molecule to catalyze a reaction. An enzyme solution is said to be saturated if all the molecules of enzyme in the solution are operating at full capacity (all active sites binding substrate molecules). Some enzymes are easily saturated (RuBisCo - 3 reactions/second) due to the highly energetically-demanding reactions that they catalyze while other enzymes that catalyze relatively simple reactions (amylase - many many reactions/second) are harder to saturate.
You need 6,9 mL stock solution.
6.023 X 1023 particles make up a 1M solution.