The ion chloride (Cl-) has a corrosive effect.
Yes, it is possible; supplemetary the chloride ion is corrosive.
Two conditions: - dissolved oxygen - the ion Cl-
Dissolved Oxygen and liquid water- rust is hydrated iron oxide though you could get some rust with another oxidiser like ferric ions (a type of iron ion) which breaks up water to add oxygen to corrode the iron. Extra components to help rust are salts and temperature and a supply of oxygen.
Eventually, it should. Iron "rusts" to Iron-Oxide in the presence of Oxygen. Isopropyl Alcohol does have an -OH group, so it has Oxygen. The speed of the reaction depends on the Reduced version of Isopropyl Alcohol and the affinity of the Fe ion for Oxygen. There's also the possibility that H20 would develop as Iron reacts with the Oxygen, since Alcohols could deprotonate the remaining Propane ion so it could form Propene. H20 could, in turn, could also rust the iron.
No they will not get rust they are not iron to get rust. only iron get rust.
Because the ion chloride (Cl-) from salt is very corrosive.
One water molecule is formed from 2 hydrogen atoms and 1 oxygen atom. Rust is a chemical compound of iron and oxygen. When the nail is put in the water, a chemical reaction begins. If you have 1 iron atom and 1 water molecule, then the water molecule comes apart into one molecule of hydrogen, witch forms the bubbles and one ion(a highly reactive atom) of oxygen. Then the oxygen ion reacts with the iron atom and forms a rust molecule.
Iron does rust by reacting with oxygen.
Liquids do not rust, iron does, rust is Hydrated Iron (III) oxide, so the only substance which can rust iron is water
Rust is an iron oxide, Fe2O3.
Rust is iron oxide. So when iron oxidizes you get rust. So iron and steel (iron and carbon) are prone to this happening while metal like aluminum well not rust.
Iron oxide, commonly known as rust, is formed when iron combines with oxygen in the air through a chemical reaction. Rust has a reddish-brown color and weakens the structural integrity of iron over time.