The grey deposit formed when platinum chloride solution is mixed with zinc is called platinum sponge. It is a porous form of platinum that is used as a catalyst in various chemical reactions.
Yes, a copper ring can be plated in platinum through a process called electroplating. This involves immersing the copper ring in a solution containing platinum ions and passing an electric current through it to deposit a thin layer of platinum onto the surface of the ring.
You can separate sodium chloride and lead chloride through a process called fractional crystallization. By slowly cooling a solution containing both salts, sodium chloride will crystallize out first, leaving lead chloride remaining in solution. The two can then be physically separated.
If the soap is fully and completely water soluble, its chloride content can be precipitated by adding silver nitrate solution to the soap solution, and the amount of silver chloride solution used until precipitation ceases measures the content of sodium originally in the solution. There are also many other analytical methods available.
The method to make silver chloride is called precipitation reaction. It involves adding a soluble chloride compound, such as sodium chloride, to a solution containing silver ions, resulting in the formation of insoluble silver chloride as a white precipitate.
When sodium chloride dissolves in water, the sodium and chloride ions separate and become surrounded by water molecules. This process is called dissociation, and it results in the formation of a clear, salty solution.
Yes, a copper ring can be plated in platinum through a process called electroplating. This involves immersing the copper ring in a solution containing platinum ions and passing an electric current through it to deposit a thin layer of platinum onto the surface of the ring.
You can separate sodium chloride and lead chloride through a process called fractional crystallization. By slowly cooling a solution containing both salts, sodium chloride will crystallize out first, leaving lead chloride remaining in solution. The two can then be physically separated.
A solution of sodium chloride is called salted water or brine.
This solution is called salted water; salt is the solute and water the solvent.
The solution of copper chloride and water can be separated by a process called evaporation. By heating the solution, the water will evaporate, leaving behind crystallized copper chloride. These crystals can then be filtered out, resulting in the separation of the copper chloride and water.
A white solid called silver chloride is formed when silver nitrate is added to a solution of cobalt chloride. This reaction is a double displacement reaction where the silver ions from silver nitrate replace the chloride ions from cobalt chloride to form the insoluble silver chloride precipitate.
Sodium chloride (in water solution or molten) is electrically conductive.
Salt (sodium chloride) can be separated from water after the evaporation of water.
If the soap is fully and completely water soluble, its chloride content can be precipitated by adding silver nitrate solution to the soap solution, and the amount of silver chloride solution used until precipitation ceases measures the content of sodium originally in the solution. There are also many other analytical methods available.
Any solution that conducts electricity is called an electrolyte; salt water, also known as an aqueous solution of NaCl, is a type of electrolyte, although certainly not the only type.
The boiling point of a concentrated aqueous solution of sodium chloride is higher than that of pure water. This is due to the presence of the solute, which raises the boiling point of the solution through a process called boiling point elevation. The exact boiling point will depend on the concentration of the sodium chloride in the solution.
One commonly used isotonic solution in the lab is called 0.9% sodium chloride solution, which is also known as normal saline. It has the same osmolarity as human blood and is often used to mimic physiological conditions in experiments.