NO
BUT....In outer space, metal objects don't rust exactly like they do on earth, but something similar to rusting can occur in space.
On earth, metal rusts when the iron atoms in the metal interact with water molecules. These interactions break the chemical bonds that hold the atoms in the metal together, and at the same time allow the atoms in the metal to form new bonds with oxygen atoms and/or water molecules, producing the red, crumbly material we know as rust. This material is actually a combination of metal atoms and oxygen atoms, so metal cannot rust on its own; oxygen or water needs to be added to it. In the vacuum of outer space, there is very little water or oxygen. A metal object therefore cannot rust in space like it would on Earth.
However, even in outer space there are still a few oxygen atoms around. Also, in space there are some types of light (called ultraviolet light) that can break chemical bonds between atoms (most of this ultraviolet light doesn't reach us here on the ground because it can't pass through the Earth's atmosphere). When these atoms and ultraviolet light strike metal in space, they can produce some of the same combinations of metal and oxygen atoms found in rust. Because the density of atoms in outer space is very low, it takes many years for much of this "rust" to form on any object. We can get a sense of just how slowly things rust in space by looking at iron meteorites, chunks of metal that have fallen to earth from outer space, Before they crash-landed on earth, these bits of metal drifted around the solar system for millions or even billions of years, and yet for the most part they are still chunks of pure metal with little rust. Even so, the small amount of rust formed on metal objects in outer space can be important because it changes the color and texture of the objects' surface. These surface changes happen not only to metal objects, but to rocks as well, and they need to be taken into account if scientists want to figure out what objects in outer space are made of based on how they look through telescopes.
The planet next to Earth that is rust-colored is Mars. Mars gets its reddish appearance from iron oxide (rust) on its surface.
Aluminum does not rust, but it can corrode in acidic solutions like carbonated drinks or tap water with a low pH. This can lead to the formation of compounds like aluminum hydroxide or aluminum oxide on its surface.
The verb in the sentence is "is." It is a linking verb that connects the subject "the red color of Mars" with the predicate "from rust."
No, aluminum is, but as with many metal oxides (glass and rust come to mind) it is not.
No, only a very thin layer of white aluminium oxide.
No, aluminum doesn't rust but it can corrode. If there is a sealant or coating on the aluminum to help protect it, then it will last for a long time.
Aluminum is not generally galvanized as the zinc would not be readily sacrificial for aluminum. There are steel products which derive rust resistance from a coating of aluminum and zinc alloy. Properly maintained, they will be rust free for 20 years or longer.
The planet next to Earth that is rust-colored is Mars. Mars gets its reddish appearance from iron oxide (rust) on its surface.
Aluminium does not rust. Iron is the only metal that rusts.
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.
Rust is Iron oxide, so no.
the rust and other things on mars
Mars is a red, rust color.
Aluminum does not rust. Alumininum can also be anodized to keep it from corroding when salt and other contaminats get on it.
Aluminum does not rust, but it can corrode in acidic solutions like carbonated drinks or tap water with a low pH. This can lead to the formation of compounds like aluminum hydroxide or aluminum oxide on its surface.
Mars
Aluminum does not rust.