Yes. In fact, aluminum oxidizes faster than almost any other metal, which is why aluminum foil will, actually, remove rust: The abrasion removes the coating of aluminum oxide that covers all metallic aluminum exposed to the air, and the exposed aluminum metal wants to be oxidized so badly that it will actually steal oxygen from iron oxide, AKA rust, and reduce it back to iron metal. Which is why aluminum foil will, in fact, remove rust. This reaction, interestingly, is the same one that makes thermite work.
Okay. Aluminum does not "rust" like iron. However, many metals will oxidize, which is the same thing as rusting. Aluminum oxide is the result of the oxidation of aluminum.
no it does not rust
Iron reacting with oxygen produces rust, Fe2O3 (Iron (III) oxide) or FeO2 (Iron (II) oxide) depending on the composition of the iron.
No, Aluminum oxide is a pure substance.
Al2O3 is the chemical formula of aluminium oxide.
Different oxides have different colors. Iron III oxide is reddish orange, aluminum oxide is colorless. Those are just a couple examples
Rust is caused when oxygen reacts with iron.Iron oxide does not cause rust, it is rust.
Rust is Iron oxide, so no.
aluminum does not rust. Rust is iron oxide, produced from the oxidization of iron.
Since aluminum cannot rust ('rust' is a specific term for the corrosion of iron), carbon steel will be faster. Althpough an oxide coat forms on both aluminum and steel, the oxides are of a different nature. The iron "rust" is a pervious coating which allows water to be held against the metal and oxygen to enter and react with the wet metal, aluminum oxide is an impervious layer which protects the metal from further decomposition,
No, only a very thin layer of white aluminium oxide.
Most modern soda cans don't rust -- they're made of aluminum; Rust is Iron Oxide.
Diamond is pure carbon Also, Sapphire is Aluminum Oxide. (Analogous to how Iron Oxide is rust!)
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.
One name would be "Oxides", as in iron oxide (Rust), aluminum oxide, zinc oxide, and titanium oxide, to name a few.
Al is the symbol for Aluminum and O is the symbol for oxygen. When oxygen is paired in a compound, it is changed to oxide. The name then is aluminum oxide.
Aluminium cannot rust; rusting only happens to iron. Secondly, aluminum corrosion is automatically prevented by the metal itself. It reacts with oxygen in the air to create a shell of aluminum oxide, which is hard yet flexible enough to protect the surface from further damage.
(For the purposes of answering this question I am rephrasing it as: "Which, if any, of the following materials 'rust': wood, silver, aluminum, copper, gold, and steel") The word "rust" (a verb) usually refers to the oxidation of iron, or most kinds of steel, to form an oxide of that material (i.e., iron oxide) on the surface, also called "rust" (a noun). More generally, the oxidation of any metal could be called rusting, in which case silver, aluminum, and copper all "rust" to differing degrees. To the best of my knowledge, gold and stainless steel do not oxidize under ordinary atmospheric conditions. (Silver "rust" is usually called "tarnish", copper "rust" "verdigris", and aluminum "rust" "aluminum oxide".) Wood is not a metal (nor an element), and its oxidation is ordinarily a fire producing ash and smoke, complex compounds containing many oxides, but never considered "rust".
No. However, it does corrode. Corrosion often results from salts and contaminants which leach into the aluminum (oxide) surface. Anodizing is a way of putting an artificial oxide coating on the aluminum. This coating is then often dyed and sealed to protect it. Protected aluminum is pretty good stuff and doesn't corrode if given a little bit of care. Natural aluminum also develops the same sort of coating (which is clear so it is hard to see), but it is more porous and fragile compared to anodized coatings.