hydrogen
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It is a chemical change. As new substances are produced.
A salt of this metal (nitrate) and hydrogen.
copper+nitric acid > copper nitrate+hydrogen copper+sulpuric acid> copper sulphate+ hydrogen copper+potassium chloride> copper chloride+ hydrogen copper+ zinc carbonate (powder metal) > copper+ zinc + water + carbon dioxide zinc+nitric acid > zinc nitrate+ hydrogen etc just replace the copper in the above equations with 'zinc' for all the zinc solutions x
Pieces of copper are added to hot concentrated solutions of hydrochloric, phosphoric, sulfuric and nitric acids. A reaction clearly takes place between copper and nitric acid. The presence of copper ions can be observed by adding each solution to a dilute solution of ammonia. If copper ions were present, we would see the blue color of the copper-ammonia complex. Sulfuric acid has oxidized the copper metal, as indicated by the blue color. Nitric acid is a stronger oxidizing agent (and produces a higher concentration of copper(II) ions), as indicated by the darker blue color.
Copper is an inert metal and reacts with those acids only which have oxidizing ability as HNO3.
It is a chemical change. As new substances are produced.
Copper metal "dissolves" in nitric acid (HNO3). Actually, the nitrate ion oxidizes the copper metal to copper (II) ion while itself being transformed to NO2 gas in the process; the copper (II) ion then binds to six water molecules.
A salt of this metal (nitrate) and hydrogen.
copper+nitric acid > copper nitrate+hydrogen copper+sulpuric acid> copper sulphate+ hydrogen copper+potassium chloride> copper chloride+ hydrogen copper+ zinc carbonate (powder metal) > copper+ zinc + water + carbon dioxide zinc+nitric acid > zinc nitrate+ hydrogen etc just replace the copper in the above equations with 'zinc' for all the zinc solutions x
Pieces of copper are added to hot concentrated solutions of hydrochloric, phosphoric, sulfuric and nitric acids. A reaction clearly takes place between copper and nitric acid. The presence of copper ions can be observed by adding each solution to a dilute solution of ammonia. If copper ions were present, we would see the blue color of the copper-ammonia complex. Sulfuric acid has oxidized the copper metal, as indicated by the blue color. Nitric acid is a stronger oxidizing agent (and produces a higher concentration of copper(II) ions), as indicated by the darker blue color.
Copper is an inert metal and reacts with those acids only which have oxidizing ability as HNO3.
Its Neither a metal or a non metal. Its a compound formed from copper, nitrogen and oxygen. Its also called an ore from which copper can be extracted in its original metal form up to 99% purity. This substance is actually a salt that can be formed in many ways. One of these ways is mixing Copper and Nitric Acid, another is Copper Carbonate and Nitric Acid. This salt is also a compound (a substance made of more than one types of atom, which are chemically joined together).
Gold , Silver and copper. Copper can be made to react witg 16M nitric acid. Gold can be made to reract with 'Aqua-regia' a mixture of nitric acid and hydrochloric acid .
Dissolve a small sample in nitric acid; the color of the solution become blue.
Displacement reaction React Copper Nitrate with a more reactive metal such as Sodium or Calcium and you will get Sodium or Calcium Nitrate + Copper and Hydrogen x
It is so because nitric acid is a very strong oxidising agent and as according to oxidation, it says loss of hydrogen is very important.... Thus, hydrogen is not produced. :)
1.388 g HNO3