...what exactly is the question here? If you remove the mandatory question mark, it turns into a statement. Please be more clear as to what you are asking use to find or do in the future.
i dont know hahahaha
In the electrolysis of molten sodium chloride sodium and chlorine are obtained.
Aluminum is extracted from its ores using molten salt electrolysis.
Electrolysis of molten sodium chloride: yield sodium and chlorine.Electrolysis of sodium chloride water solution: yield hydrogen, sodium hydroxide and chlorine.
Rock salt. Sodium is then extracted by molten salt electrolysis, which also produces large amounts of chlorine gas. Table salt could also be used but rock salt is cheaper.
When a molten salt is electrolyzed, the element that could be formed at the anode is typically a halogen, such as chlorine or fluorine, depending on the composition of the salt. During the electrolysis process, anions migrate to the anode, where they are oxidized, releasing their electrons and forming gases. For example, in the electrolysis of sodium chloride (NaCl), chlorine gas (Cl₂) is produced at the anode.
the easiest way to create elemental calcium is by the electrolysis of a molten calcium salt in the absence of ANY water/moisture.
Molten NaCl is preferred over an aqueous solution of NaCl in electrolysis because in the molten state, NaCl dissociates into Na+ and Cl- ions without the presence of water molecules, allowing for direct electron transfer at the electrodes. In an aqueous solution, water molecules also undergo electrolysis, leading to the production of hydrogen gas and oxygen gas, which can interfere with the desired reactions involving Na+ and Cl- ions. Additionally, the high melting point of NaCl ensures that it remains in the molten state during the electrolysis process, providing a stable environment for the reactions to occur.
Molten ionic compounds are ionic compounds that have been melted into a liquid state. In this form, the ions are free to move around, allowing the liquid to conduct electricity. This property is useful in applications such as electrolysis and molten salt batteries.
Sodium metal can be obtained from electrolysis of molten sodium chloride (NaCl) using a Downs cell. In this process, the positively charged sodium ion migrates to the negatively charged cathode, where it gains electrons to form sodium metal. The sodium metal then rises to the surface of the molten salt and is collected.
Take a container with both elements and lower the temp. to -77 degrees; the liquid that forms is nitrogen & the other remains a gas. :)
This metal is sodium.