it makes it bubble a little as said by u
Well, I've never heard of Hydrogen Chlorine Iodide as a Chemical Compound. So if you know more about this 'supposed' compound, please post it. I'm guessing that you mean Hydrochloric Acid, which has a Chemical formula of HCl (one hydrogen atom and one chlorine atom). If you submerse an iron (Fe) nail in a solution of Hydrochloric Acid, there will be a chemical reaction. The acid will attack the iron forming Iron (II) Chloride (FeCl2) and Hydrogen Gas (H2).
An iron nail will rust slowly in distilled water when that water has dissolved oxygen. If you get rid of the oxygen by boiling and keep it from getting back in then the iron nail will not rust at all.
When an iron nail reacts with acetic acid (vinegar), it undergoes a chemical reaction that produces iron acetate and releases hydrogen gas. The iron acetate formed may appear as a greenish solution. This reaction is a type of single displacement reaction where the iron replaces the hydrogen in the acetic acid.
If it is a new nail it will probably just turn dark. If it's a rusty nail it will become rust free.
Because the surface area of iron wool is higher, the area exposed to acid is higher.
Iron is a compound iron nail is a iron ore which means that the iron nail is a mixture of metals such as copper and zinc added to make the nail stronger.
iron nail
Coca-Cola contains phosphoric acid, which can accelerate the rusting process on nails due to its acidic nature. The acid can react with the iron in the nail, leading to the formation of iron oxide, also known as rust.
Coca cola contains carbonic acid, phosphoric acid, and sugar, all of which can accelerate the rusting process of a nail due to their corrosive properties. The acidity in the drink reacts with the iron in the nail, causing it to corrode and rust at a faster rate when submerged in Coca Cola.
When a rusty nail is put into coke or another acidic substance, the rust (iron oxide) will undergo a chemical reaction with the acid to form soluble iron compounds. This process will dissolve the rust and remove it from the nail, leaving behind clean iron.
I had to do this in an experiment this year. I put a galvanized zinc nail in vinegar for two hours. When I came back, I did not notice any change in the zinc nail. After researching online, I discovered that nails are galvanized to prevent corrosion. That is why the vinegar did not cause the nail to rust.
Iron present in the nail oxidizes in oxygen to form the iron oxides