Zinc is more reactive than Lead nitrate (See Displacement Series). Therefore, Zinc will displace lead in lead nitrate:
Zn + Pb(NO3)2 -> Zn(NO3)2 + Pb
Ag (silver) is less reactive than Zn (zinc), so silver will not react with zinc carbonate (ZnCO3). In a chemical reaction, the more reactive element (zinc) will typically displace the less reactive element (silver) in a compound.
Among zinc, silver, iron, and lead, silver is the least reactive metal. It does not readily react with oxygen or moisture and is less prone to corrosion compared to the others. Zinc and iron are more reactive, often oxidizing more quickly, while lead has moderate reactivity but still does not match silver's stability.
The elements that do not react with dilute hydrochloric acid are those in the activity series below H. Those above H will react with it.
Some of the silver ions from the silver nitrate solution are deposited as metallic silver on the contacted parts of the zinc vessel and are replaced by half as many zinc ions in the solution.
This base is zinc hydroxide.
Yes, zinc will react with silver nitrate solution. This reaction occurs because zinc is more reactive than silver, so zinc displaces silver from the silver nitrate solution to form zinc nitrate and silver metal.
Ag (silver) is less reactive than Zn (zinc), so silver will not react with zinc carbonate (ZnCO3). In a chemical reaction, the more reactive element (zinc) will typically displace the less reactive element (silver) in a compound.
Zinc is more reactive with oxygen than silver. When exposed to oxygen, zinc will undergo oxidation to form zinc oxide, a white powdery substance. on the other hand, silver is relatively inert and does not react with oxygen easily.
Zinc is used for the recovery of silver from cyanide complex because zinc has a stronger affinity for cyanide compared to silver. When zinc is added to the cyanide solution, it displaces silver from the complex, forming insoluble silver-zinc alloy particles that can be easily separated. Copper is not used because it does not have a strong enough affinity for cyanide to displace silver effectively.
Zinc is typically lighter in color and has a bluish tint, whereas silver has a brighter, more reflective appearance. You can also conduct a simple acid test - zinc will not react to nitric acid, whereas silver will turn a milky white color when exposed to nitric acid. Additionally, silver is a much denser metal compared to zinc.
Among zinc, silver, iron, and lead, silver is the least reactive metal. It does not readily react with oxygen or moisture and is less prone to corrosion compared to the others. Zinc and iron are more reactive, often oxidizing more quickly, while lead has moderate reactivity but still does not match silver's stability.
The react to form zinc sterate and water
Zinc Nitrate + Silver (Displacement Reaction= Zinc is more reactive than Silver)
Parts of the zinc near its interface with an aqueous solution of silver nitrate dissolve into zinc cations in the soution, and the corresponding electrical charge of silver cations is reduced to metallic silver, usually adhering to the surface of the remaining zinc.
If the zinc salt is soluble and the analogous silver salt is not, silver will displace the zinc as the silver salt precipitates out. For example, zinc chloride is soluble, but the solubility of silver chloride is very low. If silver nitrate is added to a zinc chloride solution, silver chloride will precipitate out, leaving zinc nitrate in solution.
In this reaction, the zinc metal will displace silver ions in the solution because zinc is more reactive than silver. As a result, zinc will oxidize to form zinc ions while silver ions from the silver nitrate will be reduced to form silver metal. This reaction is an example of a single displacement reaction.
When you mix zinc with sulfur, they react to form zinc sulfide. This is a chemical reaction that produces a compound with the formula ZnS. The reaction can be observed as a color change from silver-gray zinc to yellowish-white zinc sulfide.