it gives us colour less form
Copper is corroded in a sodium chloride solution; CuCl2 is formed.
Sodium.
Copper. It has 29 protons, sodium has 11 protons, and radon has 86 protons.
By knowing or learning that the bright yellow lines observed with sodium chloride occur with all other compounds of sodium but not with any other compound of chlorine that does not contain sodium.
sodium carbonate + copper sulfate ===> copper carbonate (s) + sodium sulfateNa2CO3(aq) + CuSO4(aq) ===> CuCO3(s) + Na2SO4(aq)
When sodium sulfite solution is added to copper chloride solution, a white precipitate of copper sulfite forms. This precipitation reaction occurs because sodium sulfite reacts with copper chloride to form insoluble copper sulfite.
Sodium hydrogen sulphite: Sodium bisulfite, not sodium "meta" bisulfite
When copper sulfate is added to sodium hydroxide, a blue precipitate of copper hydroxide is formed. The color change observed is from the initial blue color of copper sulfate to the blue precipitate of copper hydroxide.
When sodium sulfite reacts with sulfur, it forms sodium thiosulfate. This reaction typically involves the oxidation of sodium sulfite by sulfur to produce sodium thiosulfate.
As sodium sulfite (Na2SO4) dissolves, it dissociates into its ions: Na2SO4 --> 2Na+ + SO32-
Yes, barium sulfate precipitates when barium chloride is added to a sodium sulfite solution due to a double displacement reaction where barium ions from barium chloride react with sulfite ions from sodium sulfite to form a insoluble barium sulfate precipitate.
Sodium sulfite in water appears as a clear, colorless solution. It does not impart any visible color to the water.
Metallic copper does not react with sodium hydroxide. But if sodium hydroxide is added into a solution of copper ions, it would form Copper(II) Hydroxide. It is a precipitate which is insoluble in water.
The IUPAC name for sodium sulfite is sodium hydrogen sulfite, or sodium bisulfite.
Because sodium is not as stable as copper.
When sodium sulfite (Na2SO3) is dissolved in water, it dissociates into sodium ions (Na+) and sulfite ions (SO3^2-). This forms a solution of sodium sulfite in water, where the ions are dispersed throughout the solvent.
Na2SO3 + H2SO4= Na2SO4 + SO2 + H2)