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www.reference.com/science/rusting-7774ca14e52416ee

Rusting is the process in which iron turns into iron oxide. It happens when iron comes into contact with water and oxygen. The process is a type of corrosion that occurs easily under natural conditions.

www.reference.com/science/chemical-name-rust-c7800224fe218043

Chemical names for rust include iron oxide, ferric oxide and hematite. The substance is also known by its chemical formula, Fe2O3, which represents the two elements--iron and oxygen--that compose rust.

www.reference.com/article/rust-form-b568f0246d0a2889

Rust forms on iron due to an oxidation reaction that occurs when it comes into contact with oxygen and water. The reaction of iron, oxygen and water forms hydrated iron(III) oxide, which is known as rust. Acid rain or saltwater can cause iron to rust more quickly.

www.reference.com/science/scientific-name-rust-be6664ad1fbff71a

The scientific name for rust is iron oxide, and its chemical formula is Fe2O3. The scientific name for rust as a verb, the process of rusting, is oxidation.

www.reference.com/article/rusting-occur-f9eaf66a2f2bfd35

Rusting is a chemical reaction where iron is slowly broken down when exposed to water and air. It is categorized as an oxidation reaction; oxygen, water and iron react to form hydrated iron (III) oxide, which is known as rust. Rusting is a good example of metal corrosion.

www.reference.com/article/metals-rust-d5e7fd548d7f730e

Many metals oxidize and corrode, but rust, or iron oxide, is specific to ferrous metals such as steel. Rust is formed when oxygen bonds with an atom of iron to form an iron oxide molecule. This molecule is considerably larger than the surrounding iron molecules, so it quickly becomes dislodged and f

www.reference.com/article/metal-rust-7534d68107d40a78

Not all metal rusts, but the metals that do rust do so because of an oxidation reaction between the metal and water and oxygen. Oxidation is the process by which a substance incorporates oxygen into its molecular structure.

www.reference.com/article/equation-rust-a76224ba04166fba

Fe2O3, or rust, is iron oxide formed by a redox reaction of iron and oxygen in the presence of water. Iron is the reducing agent, as it gives up electrons, while oxygen is the oxidizing agent gaining electrons. Simply expressed, Fe plus H2O plus O2 yields Fe2O3.

www.reference.com/article/silver-rust-d99cd56ac5f5a539

Silver can rust or tarnish over time because of exposure to moisture or sulfur in the air. Tarnish and rust can cause silver to darken and look like it is black.

www.reference.com/article/rusting-chemical-change-6fb860003e21a580

The formation of rust represents a chemical change. When a chemical change occurs, the substance or substances present at the beginning are no longer present at the end of the change. Once a chemical change occurs, it theoretically cannot be undone.