Magnesium will react with nitric acid and most other acids to produce hydrogen gas.
yes they do. and magnesium chloride and nitric acid are formed
The salt formed when magnesium reacts with nitric acid is magnesium nitrate.
magnesium nitrate + water + hydrogen
This may due to Magnesium metal has high reactivity and concentration of nitric acid is dilute, thus magnesium reacts with H+ in water/ in nitric acid to give hydrogen
No. If Sodium is considered, then it is a highly reactive metal. But if Sodium Nitrate is considered, then it is a salt which has been formed by reacting Sodium with dilute Nitric Acid.
yes they do. and magnesium chloride and nitric acid are formed
The salt formed when magnesium reacts with nitric acid is magnesium nitrate.
magnesium nitrate + water + hydrogen
This may due to Magnesium metal has high reactivity and concentration of nitric acid is dilute, thus magnesium reacts with H+ in water/ in nitric acid to give hydrogen
No. If Sodium is considered, then it is a highly reactive metal. But if Sodium Nitrate is considered, then it is a salt which has been formed by reacting Sodium with dilute Nitric Acid.
copper nitrate and water
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It is because nitric acid is a strong oxidising agent (because it decomposes to yield nascent oxygen as:2HNO3 →2NO2 + H2O + [O])and it oxidises the hydrogen formed to water.Only 1% dilute and cold nitric acid reacts with magnesium and manganese to liberate Hydrogen gas.
Im not sure about very dilute acid and strong magnesium but; magnesium and dilute nitric acid formed alot of gas, the color changed to a browney orange and the temperature increased significantly. I was told (by my science teacher) that when writing the chemical equation you didnt have to include water so; magnesium + nitric acid-------> magnesium nitrate + hydrogen Hope this helps. :)
You'd only need dilute nitric acid reacting with zinc powder or granules
A protective layer is formed at the surface of aluminium; the phenomenon is called passivation.
calcium nitrate , carbon dioxide and water are formed...