Well, honey, if that crystal solute was dropped into a solution and dissolved, the original solution became a mixture. The crystal solute basically joined the party and got all cozy with the solvent, creating a new solution. So, in simple terms, the original solution just got a new guest to hang out with.
The crystal of salt will dissolve in the unsaturated solution until equilibrium is reached, where the rate of dissolution equals the rate of crystal formation. The concentration of the salt in the solution will increase until it reaches saturation point.
The sodium acetate crystal would dissolve in the unsaturated salt solution as it has higher solubility. This would increase the concentration of sodium ions and acetate ions in the solution, potentially precipitating out salt crystals if the solution becomes saturated.
This process is called dissolution. Water molecules surround the individual ions of the salt crystal, separating them from the crystal and forming a solution.
When a copper nail is dropped in a copper sulfate solution, a redox reaction occurs. The copper nail will act as a reducing agent, transferring electrons to the copper ions in the solution. This reaction will cause the copper ions in the solution to plate onto the surface of the copper nail, forming a layer of solid copper.
When a gold ring is dropped into a solution of copper nitrate, a redox reaction takes place where the gold would dissolve as gold ions, and copper from the copper nitrate would deposit onto the ring. This results in the gold ring becoming plated with a layer of copper.
The crystal of salt will dissolve in the unsaturated solution until equilibrium is reached, where the rate of dissolution equals the rate of crystal formation. The concentration of the salt in the solution will increase until it reaches saturation point.
The sodium acetate crystal would dissolve in the unsaturated salt solution as it has higher solubility. This would increase the concentration of sodium ions and acetate ions in the solution, potentially precipitating out salt crystals if the solution becomes saturated.
This process is called dissolution. Water molecules surround the individual ions of the salt crystal, separating them from the crystal and forming a solution.
If a cell is dropped into a solution and the cell swells, the solution is Hypotonic. (check related links)
The surface of the mentos allows the dissolved carbon dioxide to escape from solution very quickly, and so it foams up and fountains in that way.
It can be dropped by you mums ming
hypotonic solutions
developer
isotonic
The Crystal Ball breaks into pieces of glass and confetties come out of The Crystal Ball
The solution is likely hypertonic and water is leaving the cell.
Sometimes it will and sometimes it won't.