Yes, a rusting nail is an example of the chemical change oxidation.
A nail rusting is a chemical change. The iron in the nail reacts with water and oxygen to produce rust, a compound with the chemical formula Fe3O2.nH2O.
Rust is a chemical reaction called oxide. When a nail rust, the chemical change is related to the reaction of the metal and oxygen.
I am quite sure that rust is a chemical change. Rust is caused when oxygen atoms begin bonding with the iron in the nail, which makes it a compound instead of a pure element.
rust
The chemical property that causes rust to form on a nail is oxidation. The iron in the nail reacts with oxygen in the presence of water or moisture to form iron oxide, which is commonly known as rust.
It is a chemical property because water mixing with oxygen forms rust. Rust is a chemical property
the chemical absorbs all the vapour around the nail which means that there is no moisture on the nail
Because of chemical reaction
When rust forms on a nail the dark brown colour is the characteristics of rusting.
Rusting is always a chemical change because it is an irreversible change. The iron nail gets oxidized due to the moisture and oxygen in the atmosphere and you can't get that nail back to its original form. An oxidation reaction is a chemical change.
A rusting nail is a chemical change because the iron in the nail is reacting with oxygen in the air to form iron oxide (rust), changing the composition of the nail. This process is irreversible and involves a chemical reaction.
The rusting of a nail is a chemical change. This is because the iron in the nail reacts with oxygen in the air to form iron oxide, which is the rust. This process involves a chemical reaction and results in a change in the composition of the nail.