Brief contact with silver nitrate creates brown, black, or purple stains on the skin, but increased exposure can cause burns.
Silver nitrate is light-sensitive and can undergo decomposition when exposed to light, forming silver oxide. Storing silver nitrate in brown bottles helps protect it from light and maintains its stability and purity.
When silver nitrate reacts with ammonium chloride, a white precipitate of silver chloride forms along with ammonium nitrate. This reaction is a double displacement reaction where the silver ion in the silver nitrate switches places with the ammonium ion in the ammonium chloride, resulting in the formation of the two new compounds.
When a nail gets dropped into silver nitrate, a redox reaction occurs where the iron in the nail displaces the silver in the silver nitrate solution. This results in the formation of iron(II) nitrate and silver metal precipitate. Over time, the silver precipitate will coat the iron nail, giving it a silvery appearance.
When silver nitrate reacts with light, it undergoes a photochemical decomposition process where it decomposes into silver metal, nitrogen dioxide gas, and oxygen gas. This reaction is a decomposition reaction and is commonly used in photography to form images on sensitive materials.
When you add 300 grams of silver nitrate to 100 grams of water at 25°C, the silver nitrate will dissolve in the water, forming a solution. The temperature of the solution may change slightly due to the dissolution process, but at 25°C the solubility of silver nitrate in water is high. The silver nitrate will dissociate into silver ions (Ag⁺) and nitrate ions (NO₃⁻) in the water, resulting in an electrolytic solution.
When silver nitrate is electroplated, the silver ions in the silver nitrate solution are reduced at the cathode, forming a silver metal coating on the substrate. The nitrate ions from the silver nitrate solution are left in the solution without participating directly in the electroplating process.
When silver nitrate is added to carbon tetrachloride, the silver nitrate will not dissolve as it is insoluble in carbon tetrachloride. The two substances will remain separate, with the silver nitrate forming a precipitate at the bottom of the container.
silver chloride should precipitate out.
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Silver iodide (AgI), a precipitate insoluble in water, don't react with potassium nitrate.
copper will replace silver in silver nitratesolution will precipitate silver and oxidize copper turning to copper nitrate
When a copper rod is immersed in a silver nitrate solution, a redox reaction occurs where copper displaces silver from the solution to form copper nitrate and silver metal. This is due to copper being higher in the reactivity series than silver. As a result, the copper rod will become coated with a layer of silver metal while copper ions from the rod will transfer into the solution.
No reaction is observed because they have same anions, Nitrates
Silver nitrate is light-sensitive and can undergo decomposition when exposed to light, forming silver oxide. Storing silver nitrate in brown bottles helps protect it from light and maintains its stability and purity.
When aluminum chloride and silver nitrate are mixed, a double displacement reaction takes place where aluminum nitrate and silver chloride are formed. Silver chloride is a white precipitate that can be observed in the reaction mixture.
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Silver nitrate can be absorbed through the skin and may leave a stain that can take several days to fade. Using mild soap and water can help speed up the process of removing silver nitrate from the skin. If irritation or staining persists, it's advisable to seek medical advice.