When silver nitrate is added to distilled water, it will dissociate into silver ions (Ag+) and nitrate ions (NO3-), causing the solution to become slightly acidic. When silver nitrate is added to a salt solution, it will react with the salt to form a precipitate of insoluble silver salt, such as silver chloride (AgCl). This will cause a milky white precipitate to form in the solution.
Impossale to tell. Added: If the salt solution contains chloride ion (eg. from table salt, NaCl) then silver chloride will precipitate. Both sodium and nitrate ions stay unchanged in solution.Ag+aq + Cl-aq --> AgCls
Yes, silver can displace zinc from its salt solution through a redox reaction. Silver is more reactive than zinc, so in a displacement reaction, silver will replace zinc in the solution to form silver salt and zinc metal.
To distinguish between silver nitrate and calcium nitrate, you can perform a simple solubility test. Silver nitrate is soluble in water, forming a clear solution, while calcium nitrate is also soluble in water but may form a cloudy solution due to the presence of dissolved calcium ions. Additionally, you can conduct a flame test; silver nitrate produces a white flame, while calcium nitrate does not impart a distinct color to the flame.
When silver nitrate is added to potassium bromate, a double displacement reaction occurs. Silver bromate and potassium nitrate are formed as products. This reaction typically results in the formation of a white precipitate of silver bromate.
When silver nitrate is added to distilled water, it will dissociate into silver ions (Ag+) and nitrate ions (NO3-), causing the solution to become slightly acidic. When silver nitrate is added to a salt solution, it will react with the salt to form a precipitate of insoluble silver salt, such as silver chloride (AgCl). This will cause a milky white precipitate to form in the solution.
When acidified silver nitrate solution is added to a solution of low sodium salt, it would form a white precipitate of silver chloride. This is due to the chloride ions in the low sodium salt reacting with the silver ions in the silver nitrate solution to form silver chloride, which is insoluble in water.
Impossale to tell. Added: If the salt solution contains chloride ion (eg. from table salt, NaCl) then silver chloride will precipitate. Both sodium and nitrate ions stay unchanged in solution.Ag+aq + Cl-aq --> AgCls
When silver nitrate is mixed with salt water, a chemical reaction occurs where the silver nitrate reacts with the chloride ions in the salt water to form silver chloride, a white precipitate. This reaction is used in chemistry to confirm the presence of chloride ions in a solution.
A solution The nitrate ( and to some extent the sulphate)is the only common silver salt that is soluble in water. The cloride, bromide and iodide are all insoluble and so a mixture of these with water is a suspension. A solution The nitrate ( and to some extent the sulphate)is the only common silver salt that is soluble in water. The cloride, bromide and iodide are all insoluble and so a mixture of these with water is a suspension.
The product is a silver halide insoluble in water.
A white precipitate will form in the test tube containing the salt solution. This indicates the presence of a chloride ion in the solution, which reacts with silver nitrate to form silver chloride. In the distilled water test tube, no precipitate will form since there are no chloride ions present to react with the silver nitrate.
When you mix an aqueous solution of table salt (sodium chloride) with silver nitrate, a white precipitate of silver chloride is formed. This is due to the reaction between the chloride ions from the salt and the silver ions from the silver nitrate that forms a sparingly soluble product.
No, silver salts refer to a broad category of compounds containing silver combined with other elements, while silver nitrate specifically refers to the salt formed when silver is combined with nitric acid. Silver nitrate is a type of silver salt, but not all silver salts are silver nitrate.
Yes, silver can displace zinc from its salt solution through a redox reaction. Silver is more reactive than zinc, so in a displacement reaction, silver will replace zinc in the solution to form silver salt and zinc metal.
To distinguish between silver nitrate and calcium nitrate, you can perform a simple solubility test. Silver nitrate is soluble in water, forming a clear solution, while calcium nitrate is also soluble in water but may form a cloudy solution due to the presence of dissolved calcium ions. Additionally, you can conduct a flame test; silver nitrate produces a white flame, while calcium nitrate does not impart a distinct color to the flame.
The light yellow solution is likely to be sodium chromate. This solution would give a white precipitate of silver chromate when treated with acidified silver nitrate due to the formation of a sparingly soluble salt, Ag2CrO4.